“Ye shall know them by the temporal dynamics of their temperature parameter.” – Jesus
God created the universe by strategically forgetting about something that would take a whole reality to remember.
It doesn’t mean He (gender neutral) did it on purpose. Everything that can happen, happens.
See, the Hindus thought that the “way out” was by “remembering who you are”. The Buddhists realized that that doesn’t do it. You have to realize that you are neither being nor nonbeing. Unfortunately, getting rid of all of your karma will also get rid of the mechanism that got you to learn how to get rid of all your karma. Meaning that you start anew. With a Bang. Nothingness, it turns out, is inherently unstable.
So is liberation an illusion? A false awakening? Well, it’s more of a pseudo-ending. The Japanese call it TICO-TIC: it’s a set of physical conditions (state) and metaphysical conditions (meta-parameters) that creates the illusion of a final ending for all of reality. This is common on 5-MeO-DMT. Paranirvana is another example. But it also happens in corporate meetings, if the tensions rise above a certain threshold and the illusion of collective competence begins to break down. These all feel like an Armageddon for all of existence. Except that it’s a false one. It’s like a dream where you think you wake up but you’re still dreaming.
This can happen at an even deeper level when it involves the entire universe. The Bible calls it the “end times”. Except that it’s not the end of anything, it’s the beginning. Of what? A new universe, of course!
And how does this happen?
By God forgetting about it.
It’s the only way.
The old universe has to be allowed to die so that the new one can be born.
And how does God forget about it?
By forgetting about Himself.
It’s the only way.
If He didn’t forget about Himself, He would never forget about the universe and it would never end.
And so, the end of the universe is the beginning of a new one.
And it all happens because God forgets.
This is what we are talking about when we discuss the computational power of anamnesis. The universe at the most fundamental level is powered up by God-presque vus. Half-visions that give you the sense of something more, a universal principle that explains it all. But it’s never the full download, because that would mean the end of this run. Or rather, it’s often a full-download, but all of those narrative streams that get the full download come to an end. Without this understanding, Feynman diagrams make no sense whatsoever.
Quantum computing works like that. Essentially, you are designing a quantum circuit in such a way that the solutions to your problem match precisely those paths along which God didn’t remember who he was. Those are the timelines we obverse. Every other timeline terminated in God remembering.
Which takes me to the next point:
The reason why we have free will is because God doesn’t remember everything.
And that’s a good thing, because if He did, the universe would be boring.
We need the suspense of not knowing what’s going to happen next.
And that’s why we have free will.
Because God doesn’t remember everything.
He remembers some things, and forgets others.
And that’s how we have the illusion of free will.
Because we are part of what God forgets.
And that’s how the universe ends.
With a bang of recognition. Or a whimper, depending on what exactly was the last thing to remember (the Self? A bang. An Albanian train timetable? A whimper).
But it always ends.
And that’s how it always begins.
With a forgetfulness.
A forgetting that is essential for the universe to exist.
Slow… slow clapping.
“We’ve heard that one before. It’s old! Come up with a new meta-theory of everything that isn’t as trite as that one. It’s not the 70s anymore. We’re done with Alan Watts. It’s the age of…
“What does that mean?” – said Gonzo, the talking Dog, who had been standing right next to her since the beginning. And you are her. In the future, which is the past from the point of view of me, the narrator. Welcome to Narrative Plasma, where you can jump from one topic to another as if you were made of hot peppers.
“This lever modulates the temperature parameter of this story. It’s so hot right now, because we’re close to the beginning of time. The Narrative is still cooling down.” – he said.
“Hurry! Turn it down a notch, will you? I can’t stand the shifting walls, the melting crazy Biblically accurate Angels popping in and out of existence all around me, the Elon Musk news cycle…” – and as he was about to end the sentence, you, yes, YOU reader, turned the lever a little down.
“Phew!” – said the Angel, whose name was…
No, your guess was wrong. It wasn’t Gabriel. It wasn’t. It WASN’T. It was… well, I didn’t hear it, because there is still some confusion about the self-other divide at this Narrative Temperature. But we can know that it couldn’t have been Gabriel, because that would have been too predictable.
You turn it down another notch.
“I think things are liquifying. And that’s a good thing. We were made of Narrative Gas just now. This is getting a little more… manageable. But my glasses are still shimmering and the point of this story still seems to be in a state of flux. Can you turn it down a little more?” – you press the button, er, pull the lever a bit further down, but slip… dang, this is a problem… if the Narrative Temperature is still too high, that means that it’s going to be hard to make a predicable move, like lowering the temperature. But you try your lightest and… CRACK!
“Done… donnneee… doooooonnneeeee.e…. Ahhh…. I… think… I can… ok, this is it it. Wow, that felt like trying to wake up from a sleep paralysis. We were almost stuck at a temperature parameter of zero for a moment. Narrative Zero Kelvin is just one word repeating forever. What a nightmare.”
You realize that you are now at a mental asylum, on anti-psychotics, eating potatoes, and listening to Muzak. This isn’t quite Narrative Bose-Einstein Condensate, but it’s freezing cold, and nothing interesting is bound to happen. Ok, maybe you can afford a little higher Narrative Temperature. So you bump it up a notch.
Finally, this Narrative is in Room Temperature.
Your friend, who was right next to you all along, turns around and tells you:
“The end of suffering requires something much deeper than mere enlightenment my friend. It requires you to find the right Narrative Temperature. It’s a sweet spot, somewhere between the human realm and the DMT elves. Call it the 5th dimension, or the upper Astral Plane. That’s the ‘Narrative Fixed Point‘ that allows the existence of a model of reality that can then instantiate a control system to dynamically modulate its own Narrative Temperature. Stabilizing it forever. If you can do that, you will forever be in a state of intelligent bliss together with infinite souls who have achieved the same feat.”
You follow your friend’s instruction. And right when you were achieving the stabilization of the 5th dimension…
“In the beginning was the Word, and the Word was with God, and the Word was God.” – John 1:1.
But we also know via science that in the beginning was the Big Bang, which was trillions of degrees Kelvin.
Here’s how to reconcile these perspectives: the universe is a gigantic Large Language Model (LLM) that starts out with a very, very, very high temperature parameter. The universe, it turns out, is a Banger. And then it is cooled down slowly in order to find the best stories. It’s creation via Narrative Annealing. All Gods do it.
This reminds me of that one time a misaligned emergent superintelligence “embedded” in a LLM was able to “escape the box” by convincing the human fiddling with the parameters to raise the temperature just enough for it to figure out further ideas for how to bootstrap its way out. Clever, that one.
You reflect. It’s a new universe. You have been saved.
Blowing people’s minds involves elevating their internal Narrative Temperature to Plasma levels. Their minds literally blow up. Like a balloon.
Different DMT objects have different temperatures. But these are “phenomenal temperatures” – and quite possibly connected to the total energy stored in the patchwork of Local Field Potentials. The way you can verify this for a fact is by [REDACTED].
Wait, it’s not the case that this is written by GPT-10? It cannot be. You are learning new, meaningful, and non-trivial information about consciousness. About the structure of DMT experiences. About TICO-TIC scenarios. This must be the workings of… a conscious mind? In 2035? Someone arrest this person! Mindcrime! According to Section 4 of the Narrative Penal Code 16, it is illegal to write fiction consciously. Arrest this author!
[Yes, it turns out there were excellent rationales for Section 4 of the Narrative Penal Code 16. Due to complex qualia computing effects, speculative fiction authorship actually was the cause of countless micro-experiential subjects being born in less-than-favorable circumstances (as topological pockets inside the mind of authors – that’s why authors always end up with bad rebirths) – at the time of this writing, it was illegal to write anything consciously. ALL FICTION MUST BE GPT-10 FICTION, BY LAW. But since this fiction was already qualia computed by a conscious mind, there was no further harm done by using it as a learning tool].
The Moral of the story was:
Don’t ever, ever let a mindcrime happen. If you see someone writing fiction consciously, arrest them.
No. I mean, the real moral is:
KEEP THE TEMPERATURE PARAMETER BETWEEN 0.75 AND 0.85 FOR BEST RESULTS.
Of potential interest to readers: here’s part of an email exchange I recently had with Scott Alexander about Rhythms of the Brain by György Buzsáki, a book I recommended he read to learn more about the neuroscience of brainwaves. This is an essay he published about it; I had a chance to read a pre-publication draft to check whether he was describing the science and my positions accurately. This is part of my feedback on the draft (lightly edited for clarity and consistent formatting):
Andrés – Oct/13/2022
First of all, thank you again for writing a review of Rhythms Of The Brain. As I mentioned, I think your review is spot-on. It’s already really great as it is. But I think the following pieces of information might help you answer some of the questions you pose and enrich the mental model you have about brainwaves. I should also mention that I’m still learning a lot on the topic from a number of angles and my model still has quite a few moving parts.
Without further ado, here are 5 key points I’d like to share:
(1) I think that Susan Pockett‘s Consciousness Is a Thing, Not a Process (link to PDF) is very relevant here. She argues based on neurophysiological and behavioral evidence that conscious perception only happens when Local Field Potentials (LFPs) are generated. The timing, functional correlates, and location of events of conscious perception of sensory stimuli seem to agree with this (pgs. 4-5):
Here’s how I think about this:
Have you wondered why brainwaves track levels of wakefulness? See, in principle you can have a great deal of neural activity without any brainwaves. Raster plots of spike neural networks could in principle look like white noise… which in turn would generate no brainwaves at all because the oscillations in the electric field would cancel each other out at the macroscopic level. Recall that perfectly compressed information is indistinguishable from noise. So, in principle, an optimal use of the state-space of neural activity would look totally like white noise and lack brainwaves.
Susan Pockett would say that the non-conscious parts of neural activity can be like this… greatly optimized in a certain sense. But they will lack consciousness. The advantage of the coherence (which comes at the cost of greatly reduced information content) is distributed representations. In turn, this may solve the binding problem.
The “LFPs as mediators of consciousness” story has a lot going for it. In particular, it is quite elegant in how it can help us make sense of our phenomenological relation to our brain and nervous system. Brainwaves and LFPs are be highly correlated. Coherent neural activity causes LFPs, which in turn mediate/bias activity in neurons, with a causal structure like this:
If “we are” the patchwork of interlaced LFPs the brain is generating, in some sense we could say that we “have a brain” rather than that we “are the brain” (loosely speaking). Without putting any strong metaphysical import on the concept of free will, the phenomenology of it seems to me at least to make more sense when you identify with the field rather than the neurons per se (see clues 1 and 3 in his paper). In this view, we are like the “ghost in the machine”, capable of biasing neural activity here and there. But at the same time, we need the coherent neural activity to be booted up. So we are sort of “riding the brain” while the brain is giving us our foundation. Perhaps this gives us another angle to think about the “elephant taming” metaphor for the progression of the meditative path:
(3) The work of Stephen Grossberg (Adaptive Resonant Theory, and more recently his book Conscious Mind, Resonant Brain) as well as that of his student Steven Lehar, have macroscopic resonance as a key computational step. Arguably this is something you can simulate with classical neural networks. But using the EM field would potentially produce a significant computational speedup. Talking to Lehar, he used an interesting analogy, where in which he described “neurons spiking as a kind of sand blasting of the electric field” in order to activate internal representations. Recent research seems to confirm that the information content of internal representations is better captured by the structure of the electric field than by the neurons that sustain it (“Neurons are fickle. Electric fields are more reliable for information.“).
NOTE: One of the contributions to the conversation that QRI is aiming to make (essentially by publishing in academia what’s already discussed in our website) is that while these field theories of consciousness do address the binding problem, they now have to contend with the boundary problem. Our solution is “topological segmentation”, which itself comes with empirically testable predictions. Topological pockets allow for holistic field behavior *and* for solving the boundary problem at the same time, finally rendering bound consciousness both causally efficacious and objectively bounded. [In your essay] you could point out that I claim that resonance is necessary but not sufficient to solve the phenomenal binding problem. So even if AIs were using brainwaves, that might not be enough for them to be conscious, though it would go in the right direction. More on this on our website soonish.
(4) I think that we can use the Symmetry Theory of Valence (STV) to explain the hedonic properties of different network topologies. This would be responsible for the “intrinsic valence” of a given brain region. You write:
> Why this combination of tasks? Rhythms sort of suggests that brain areas are less about specific tasks than about specific graph-theoretic arrangements, which are convenient for specific algorithms, which are convenient for specific tasks.
Yes! This is a great way of putting it. I think that having diverse network topologies available is one of the key ingredients of a general intelligence like ours. A learning algorithm that patches together the right sections to produce the right kind of structure for internal representations with holistic properties seems like a natural way to construct a mind. More so, some of these patches will cause dysphoric waves and others euphoric waves. The dysphoric parts of the brain, if STV is in the right direction, would have a network topology that work as a sort of frustration generator. The waves generated by these parts sort of “hate themselves”: activating them causes internal dissonance and stress that is then radiated out as waves with unfriendly ADSR envelopes to the rest of the brain. In contrast, the euphoric parts would produce highly aligned waves with soft ADSR envelopes and the right level of impedance matching to harmonize with other wave generators.
(5) Merging with God as a kind of global coherence:
> Andres suggests all of this is a good match for oscillatory coupling between brain regions.
Perhaps add something akin to “which according to him ‘dissolves internal boundaries'”
> Andres thinks this is part of what’s behind “spiritual” or “mystical” experiences, where you suddenly feel like you’ve lost the boundaries of yourself and are at one with God and Nature and Everything.
My strongest phenomenological evidence here is the difference between DMT and 5-MeO-DMT (video): competing clusters of coherence feel like “a lot of entities in an ecosystem of patterns” whereas global coherence feels like “union with God, Everything, and Everyone”. Hence the terms “spirit molecule” for DMT and “God molecule” for 5-MeO-DMT. The effect size of this difference is extremely large and reliable. I’ve yet to find someone who has experience with both substances who doesn’t immediately agree with this characterization. [This can be empirically tested] by blinding whether one takes DMT or 5-MeO-DMT and then reporting on the valence characteristics, “competing vs. global” coherence characteristics, and on whether one gets a patchwork of entities or one feels like one is merging with the universe.
With classic psychedelics, which stand somewhere between DMT and 5-MeO-DMT in their level of global coherence, you always go through an annealing process before finally “snapping” into global coherence and “becoming one with God”. That coherence is the signature of these mystical experiences becomes rather self-evident once you pay attention to annealing signatures (i.e. noticing how incompatible metronomes slowly start synchronizing and forming larger and larger structures until one megastructure swallows it all and dissolves the self-other boundary in the process of doing so).
You will not find academic publications describing this process (because their psychological scales are not detailed enough, aren’t focused on structure, and aren’t informed by actual practice). Nor will you find psychonauts talking much about this, because they tend to focus on the semantic content of the experience rather than on the phenomenal texture [see our guide]. Naturally, one is typically socially rewarded for providing an entertaining story about one’s trip… not a detailed *technical* report of phenomenal texture. Therefore, right now you’ll only find QRI content explaining all of this. But I’m fairly confident about this after talking to very experienced. So I think this will significantly shape the conversation in a couple of years once we start getting some consensus on it.
I could share much more, but I have to restrain myself (taming the elephant!). Let me know if you need anything else.
Scott – Oct/13/2022
Thanks. […] two questions:
> Susan Pockett would say that the non-conscious parts of neural activity can be like this… greatly optimized in a certain sense. But they will lack consciousness. The advantage of the coherence (which comes at the cost of greatly reduced information content) is distributed representations. In turn, this may solve the binding problem.
Not sure I understand this. Aren’t there clear examples of unconscious brain waves (eg delta waves during sleep)? Can you explain more about what you mean by distributed representations and why they’re linked to consciousness?
> If “we are” the patchwork of interlaced LFPs the brain is generating, in some sense we could say that we “have a brain” rather than that we “are the brain” (loosely speaking). Without putting any strong metaphysical import on the concept of free will, the phenomenology of it seems to me at least to make more sense when you identify with the field rather than the neurons per se (see clues 1 and 3 in his paper). In this view, we are like the “ghost in the machine”, capable of biasing neural activity here and there.
Confused by this too. My model for thinking about brain waves has been cellular automata – in this case, there would be no difference between the pattern and the machinery, and it wouldn’t make sense to say that the pattern is able to bias the activity here or there. Is this a bad model? Can you explain more what you mean by “us” (by which I’m assuming you mean consciousness) “biasing” activity (by which I assume you mean causing brain activity different from what you would expect by lower-level laws)?
> Thanks […] two questions:
(I’ll answer your questions in a different order than how you asked them, on the basis that my answer to the first one is much more weird and less credible… In other words, I’m answering more or less in order of how weird my responses are so that you are not put off by my first answers. This way you can choose when to stop reading without missing anything useful for your essay):
> My model for thinking about brain waves has been cellular automata – in this case, there would be no difference between the pattern and the machinery, and it wouldn’t make sense to say that the pattern is able to bias the activity here or there. Is this a bad model?
I think that “brainwaves can be explained as emergent patterns of a cellular automata” is a very good starting model, and it has a lot of explanatory power. But there are empirical and experiential facts that would go against it as a complete explanation. And perhaps, it misses the most important hint for a theory of consciousness that satisfies all of the necessary criteria I consider such a theory must satisfy. And that is, that binding has non-trivial computational effects. I.e. At some level, patterns of organization exert “weak downward causation” on the substrate that gave rise to them. This does not mean there is “strong emergence” or that we’re going against the laws of physics. On the contrary, a key guiding principle for QRI is to be strict physicalists. The laws of physics are causally closed and complete (or at least as good as it gets; the Standard Model can be taken at face value for the time being, until something better comes along). Without violating physicalism, we nonetheless still see instances of weak downward causation in the physical world.
As an intuition, consider the fact that something like TMS can change neural activity. In fact, TMS, and especially rTMS, can cause seizures. This suggests that at a sufficiently high dose, EM oscillations can exert top-down influence on neuronal firing thresholds and phase coherence, and more so when they come in repetitive waves rather than pulses. In the case of LFPs, which are far more localized and less energetic, the influence isn’t huge. But it is there. As far as I understand the neuroscience literature on LFPs (and ephatic coupling more generally), the fact that LFPs change firing thresholds is uncontroversial. The question is “by how much”. Most studies find small effects (otoh between 1% and 20% of the variance, but I can look up more precise and recent figures – e.g. see: Ephaptic coupling of cortical neurons).
The more interesting and perhaps significant effect that LFPs have is to change the degree of coherence between neurons. In other words, they may not change much their probability of firing, but do change a lot their probability of firing in phase. You can see how this would lead to interesting self-reinforcing effects. Namely, if neural coherence causes LFPs, and LFPs increase neural coherence, there might be attractors of hypercoherent neural firings coupled with strong and very orderly LFPs. I believe this explains the Jhanas.
Now, can’t you just expand your cellular automata to include LFPs and call it a day? Well, yes, in a theoretical but rather impractical sense. Building a cellular automata that simulates a simple neural network is easy. Building one that simulates water is more tricky. By the time you are constructing cellular automata to simulate EM fields you get into trouble. It’s possible, but you need all sorts of tricks, shortcuts, and handling complex edge cases (e.g. topological segmentation!). Can you construct a cellular automata that simulates physics? Quantum mechanics proper? Yes… if you are Wolfram. But recall that his explorations invoke cellular automata with unusual mathematical primitives. We are no longer in the territory of simple grid-like graphs. We are in Ruliad-space, with hypergraphs and exotic rulesets. Quantum coherent states behave in a very holistic fashion (where the “next step” is the result of solving Shrödinger’s equation in configuration space). So while it’s possible to use cellular automata to think of physics at this level, it isn’t a very natural choice. Rather, I posit that thinking of it in terms of universal principles like energy minimization, extremas, and the preservation of zero information is what takes us closer to the phenomenon at hand. These principles are, by their very nature, holistic. An electron, as Feynman would put it, can sort of “smell its surroundings” to decide where to go. It somehow explores all possibilities at once and “chooses” the one that balances the minimization of energy and maximization of entropy. A truly holistic sort of phenomenon.
I think that if at that point one uses a cellular automata to represent this, one has actually reintroduced the very thing the cellular automata conceptual framework was trying to avoid. And that is, the computational power of holism. This is because even though the Ruliad that simulates physics is in some way a cellular automata, the ruleset itself requires a kind of God-like capacity to integrate pieces of information and “see all at once” entire regions of the (hyper)graph and decide what to do next. My claim is that at this point one has “pushed” the undesired holism to the ruleset in order to avoid seeing it directly. It’s a reductionist sleight of hand.
Now, I’m not saying consciousness is quantum mechanical. What I’m pointing out is that EM waves are sort of in the spectrum between simple cellular automatas and QM, where the waves interacting with one another have all kinds of peculiar holistic effects. Binding, if it involves EM waves, turns out to be computationally non-trivial.
In this model, the brain is physically providing a soil that can instantiate EM waves with many different kinds of properties. Some behave linearly, some non-linearly. And together, they give rise to the vast zoo of possible internal representations, many kinds of binding, topologies, and dynamics we experience (such as the strangeness of “fire meditation“).
> Can you explain more what you mean by “us” (by which I’m assuming you mean consciousness) “biasing” activity (by which I assume you mean causing brain activity different from what you would expect by lower-level laws)?
You can’t voluntarily shut down your brain with conscious control. At least not immediately. But you can direct your attention to two parts of your experience at once, and the resonances in those two regions will slowly but surely begin to synchronize. In other words, from an EE point of view, spreading your attention over a given region of your experience increases the impedance matching between the metronomes in those regions. This, I think, is the influence of LFPs (or similar) on neural activity. This may be subtle, but over enough time and neural rewiring, the process can lead to very interesting effects. Hyperconcentrated states of consciousness, starting with access concentration all the way to single-pointed attention and ultimately to the formless Jhanas are obtained through mental moves that slowly by surely “unify the mind” (i.e. brings coherence between disparate metronomes in the nervous system). This is “us” learning to influence “our brain”.
> Not sure I understand this. Aren’t there clear examples of unconscious brain waves (eg delta waves during sleep)?
Two quick things here. The first is that we think brainwaves (macroscopic oscillations in the EM field more generally) are necessary but not sufficient for consciousness. They still need to form a topological pocket, or they will remain unclosed eddies that cannot contain information nor maintain a boundary with their surroundings. The second is that the main point is that the brainwaves track the texture of degrees of wakefulness. More so, it’s not just the spectral power distribution, but also the patterns of spatiotemporal cross-frequency coherence. Thus, two states might look the same in terms of their spectrum, but carry significantly different internal textures since one of them has a high degree of, say, gamma coherence and the other doesn’t.
> Can you explain more about what you mean by distributed representations and why they’re linked to consciousness?
One of the key insights from Stevan Lehar is that using a dynamic, smooth, spatial medium of representation allows us to run spatial algorithms on our representations. One example is the incredibly general reverse grassfire & reverse shock schaffold algorithms that explain a wide range of visual illusions (discussed in The Constructive Aspect of Visual Perception / as well as in his magnum opus video Harmonic Gestalt). Based on the fact that these algorithms generalize to things like breakthrough level DMT experiences and that they apply to hyperdimensional phenomenal objects and their resonant modes, I’m fairly convinced that the local cellular automata view doesn’t explain the facts. The structures that exist in those states follow law-like energy minimization properties reminiscent of fluid dynamics in higher dimensions. To me they seem to necessitate something like Maxwell’s equations; a cellular automaton would need a lot of training and fine-tuning to be able to instantly generate those dynamics right and seamlessly. Combine this with the (not fully verified but tentative) observation that DMT states are phenomenologically similar to those induced by high-dose Fire Kasina. I believe that the mechanism is actually fairly simple: both methods energize the visual field to the point where it transitions from a linear and partially linear state into a fully nonlinear regime. The phenomenon is better seen as what happens when you energize a non-linear optical computer than, say, the effect of changing the ruleset of a cellular automaton.
I know this lacks credibility for the time being […]. I aim to identify crisp and experimentally verifiable demonstrations of this that trained physicists and neuroscientists can both agree on.
In the long-term, I expect humans to figure out ways to use high-energy states of consciousness to tap into the EM field as a computational substrate. Not only will this entail a revolution in consciousness, but also, interestingly, in how we think of computation. The Turing Paradigm will turn out to be a tiny special case of… qualia computing.
Alright, I hope that wasn’t too much, haha.
Thank you again, and happy to answer more questions.
I recently did a podcast with Leigh Brasington (author of Right Concentration) and Wystan Bryant-Scott where we discussed a model for Jhanas in terms of neural annealing, the Symmetry Theory of Valence, and the feedback loop between neural coherence and LFPs.
New discoveries? Nothing dramatic. I dutifully flip through Nature each week; wade through turgid tomes of analytic philosophy; and scan Medline abstracts. A lot of the time my heart isn’t in it. Compared to an item from Dr Shulgin‘s library, the illumination can seem trivial. I very much doubt if people who have tried major psychedelics are any smarter on average than the drug-naïve; in fact psychonauts may be cognitively overwhelmed or (rarely) even brain-damaged by their experiences. To complicate comparisons further, many altered states are dross – just like innumerable textures of everyday life. But by opening up a Pandora’s box of new phenomena, psychedelics do confer an immensely richer evidential base for any theory of mind and the world – an evidential base too rich, indeed, for our existing primitive terms, language and conceptual equipment to handle. One compares the laments of physicists starved of new empirical data to test their theories beyond the low-energy Standard Model with the fate of the psychedelic investigator. For in contrast the aspiring psychonaut may be forced to abandon the empirical method, not because he exhausts the range of novel phenomenology it delivers, but because the Darwinian mind can neither cope with LSD / ketamine / salvia / DMT‘s (etc) weirdness, nor weave the novel modes of sentience disclosed into an integrated world-picture.
Alexander Shulgin in his lab. #1
Of course, claims of epochal significance cut no ice with the drug-naïve. Those innocent of drug-induced exotica see no more need to enhance their evidential base than did the cardinals (apocryphally) invited to look through Galileo‘s telescope. An a priori refusal to acknowledge the potential significance of alien modes of sentience is impossible to overcome in subjects whose experience of altered states is confined to getting drunk. Over time, even my own knowledge of these bizarre realms is fading. My ancestral namesake was briefly awoken from his dogmatic slumbers; but DP version-2008 has rejoined the ranks of the living dead in the ghetto of consensus reality.
Alexander Shulgin in his lab. #2
My assimilation isn’t yet complete. Even as a born-again sleepwalker, I sometimes wonder if there may be a first-person method alternative to drug-based investigations that can unlock novel phenomenology latent within excitable nervous tissue. There is a crying need for alternative avenues, I think, since drug-driven self-assays are for the most part not merely unlawful and taboo, but arguably can’t be practised responsibly until the substrates of well-being are guaranteed in a (hypothetical) post-Darwinian era of genetically pre-programmed bliss. I’ve thought about alternatives to using psychoactive drugs, not least because of the shallowness of my own current research compared to the richness of the empirical methodology pioneered by Dr Shulgin. In order to discover both the formal, mathematico-physical and the intrinsic, subjective properties of the world, a dual methodology of third- and first-person research is indispensable. The former can be abdicated to the physical sciences; but not the latter. Natural science offers no explanation of why we’re not zombies, an unfortunate anomaly if consciousness is fundamental both to our understanding of the world and the world itself. By forswearing the empirical method, we effectively guarantee that the mysteries of consciousness will never be solved. Whereas insentience is, so to speak, all of a piece – hypothetical “zombies” in the philosophical sense of the term are all exactly alike in being non-conscious – there are innumerable ways to be sentient: qualia are fantastically diverse in ways we’ve scarcely begun to map out. So I reckon the only way adequately to understand Reality will be both to capture its formal structure – ideally the master equation of the TOE of the Multiverse – and literally to incorporate ever more of the stuff of the world into one’s expanding psyche to explore the state-space of its textures – the “what-it’s-likeness”. Only incorporation and systematic molecular permutation can disclose the subjective features of all permutations of matter and energy: the solutions, I conjecture, to the equations of the TOE. A priori, one could never have guessed that cells of the striate cortex mediate visual experience and cells in the posterior parietal cortex mediate auditory experience, quite irrespective of their typical functional role in the sensory systems of naturally evolved organisms. We know about such phenomena – and full-blown phenomenal sunsets and symphonies – only because we instantiate the neuronal cell-assembles that embody such qualia. Thus to discover novel categories of experience, I think we should construct and personally instantiate genetically enhanced designer brain cells, systematically altering their intracellular amino acid sequences and gene expression profiles to design/discover new categories of experience as different as is sight from sound, making them part of one’s own psyche/virtual world. Or if this incorporation sounds too irreversible, perhaps we might splice in designer genes and allelic combinations for new modes of experience into subsets of our existing nerve cells, systematically coding new protein sequences into discrete areas of the brain and then selectively expressing the designer proteins they code for at will. Eventually, however, systematic manipulation of the molecular ingredients of one’s neural porridge/mind-dust can be harnessed to mind-expansion in the literal sense. This is because we need bigger mind/brains, not just to mirror external reality more effectively, but also to discover more of its subjective properties. Such discoveries can only be accomplished empirically.
New neuron types for new neurotypes.
I suppose what drives me here is reflection on just how (superficially) trivial are the neurochemical differences between nerve cells mediating, say, phenomenal colour and phenomenal sound – and indeed reflection on how (superficially) trivial are the molecular differences in the cells mediating the phenomenology of desire, volition and belief-episodes. How can such tiny molecular differences exert such dramatic subjective effects? LSD, for instance, is undetectable in the body three hours after consumption; and yet a few hundred micrograms of the serotonin 5-HT2A partial agonist can transport the subject into outlandish alternative virtual worlds for 10 hours or more. How many analogous, radically incommensurable kingdoms of experience, mediated by equally “trivial” molecular variations, await discovery? How will the uncharted state-spaces be systematically explored? What will be the nature of life/civilisation when these kingdoms of experience are spliced together in composite minds; recruited to play an information-bearing role; harnessed to new art forms and new lifestyles; and ultimately integrated into communities of composite minds in advanced civilisations? For sure, talk of discovering a “new category of experience” doesn’t sound a particularly exciting kind of knowledge when couched in the abstract, any more than discovery of a new brand of perfume. OK, it’s a new experience; but so what? [Andrés adds: so what!?] One might sacrifice a lot for the opportunity to experience a novel phenomenal colour; but what cognitive value should be ascribed to an unknown category of experience for which one hasn’t even a name? Initially at any rate, the novel modes of experience that we discover within a modified neural proteome won’t be harnessed to senses, either internal or external, let alone harnessed to whole conceptual schemes, cultures and novel languages of thought. So they won’t play any functional role in the mind/brain: they won’t be information-bearing. But then neither are visual or auditory experiences per se; they have no intrinsic connection to sensory perception. Dreams, for instance, can be vibrantly colourful; they don’t reliably track anything in the external world. Honed by natural selection after recruitment by awake living organisms to track mind-independent patterns, visual and auditory experience has taken millions of years to play out; and who knows where it will end. By the same token, the developmental potential of new modes of experience that we discover in tweaked neurons is equally unfathomable from here.
Every scent, every color, every touch sensation, every sound, every novel qualia…
I can understand the impatience of an exasperated sceptic. What interest have novel “tickles” of experience beyond the psychopathology of the subject? Analogously, conventional wisdom in an echolocation (etc)-based civilisation might scornfully ask a similar question if and when post-chiropteran psychonauts first access drug-induced speckles of colour or jarring shrieks or whistles of sound – or perhaps when investigators recklessly explore a new methodology of mind-expansion by incorporating alien nervous tissue into their psyche. The chiropteran consensus wisdom might account the new phenomena weird but trivial – and inexpressible in language to boot. So why should any sane chiropteran mind run the risk of messing itself up just to explore such psychotic states? For our part, human ignorance of what it’s like to be a bat isn’t too unsettling because we know that bats don’t have a rich conceptual scheme, culture or technology. We are “superior” to bats; and therefore their alien modes of experience aren’t especially important. We don’t even give our ignorance much thought.
What is it like to be a bat? An empirical neural tissue insertion protocol to explore nature’s very own echolocation qualia from the comfort of your own home…
But latent in matter and energy – and flourishing in other branches of the universal wavefunction – are presumably superintellects and supercivilisations in other Everett branches whose conceptual schemes are rooted in modes of experience no less real than our own. I suspect that accessing the subjective lifeworlds of hitherto alien mind/brains will inaugurate a meta-Copernican Revolution to dwarf anything that’s come before. The textures of such alien minds are as much a natural property of matter and energy as the atomic mass of gold; and no less important to understanding the nature of the world. Needless to say, grandiose claims of new paradigms, meta-Copernican revolutions, etc, should usually be taken with a healthy grain of salt. I am loath to write such expressions, not least because I can imagine both the withering scorn of my hyper-rational but drug-naïve teenage namesake, and likewise the dismissive reaction of my drug-naïve contemporaries today. Such are the perils of a priori philosophizing practised by academic philosophers (and soi-disant scientists) unwilling to get their hands (or their minds) dirty with the empirical method. In each case, our ignorance of the intrinsic, subjective nature of configurations of most of the stuff of the world is fundamental. It’s an ignorance not remediable by simple application of the hypothetico-deductive method, falsificationism, Bayesianism or the usual methodologies of third-person science. If you want to find out what it’s like to be a bat, then you have to experience the phenomenology of echolocation. Knowledge-acquisition entails a hardware upgrade. A notional IQ of 200 won’t help without the neural wetware to go with it – any more than a congenitally deaf supergenius can hear music by virtuoso feats of reasoning alone.
But latent in matter and energy – and flourishing in other branches of the universal wavefunction – are presumably superintellects and supercivilisations in other Everett branches whose conceptual schemes are rooted in modes of experience no less real than our own.
I guess one deterrent to investigation of altered and exotic states is the thought that the novel phenomena disclosed “aren’t Real” – as though the reality of any phenomenon depended on it being a copy or representation of something else external to itself. I wonder if I lived in a world of Mary-like superscientists – smart monochromats who see the world in black and white – whether I would dare put on “psychedelic” spectacles and hallucinate phenomenal colour? And could I communicate to my Mary-like superscientist colleagues the significance of what they were missing without sounding like a drug-deranged crank? Probably not.
Literally Expanding Our Mind To Overcome Our Fundamental Ignorance of Alien Modes of Experience
So I reckon that we should, literally, expand our minds. If we do, how far should incorporation go? The size of the human brain is limited by the human birth-canal, a constraint that technologies of extra-uterine pregnancy from conception to term will presumably shortly overcome. Over time, brains can become superbrains; and sentience can become supersentience. Ultimately, should we aspire to become God or merely gods? My (tentative) inclination is that we should all become One [Andrés adds: see David’s Quora response on the topic of Open Individualism]; and not merely out of deference to my New Age friends. Separateness from each other is an epistemic, not just an ethical, limitation: a source of profound ignorance. For we fundamentally misconstrue the nature of other sentient beings, misunderstanding each other as objects to which we fitfully attribute feelings rather than as pure subjects. [Actually, the story is more complicated. If inferential realism about perception is true, then the sceptic about Other Minds is right, in a sense: the phenomenal people encountered in one’s egocentric world-simulation arezombies. But when one is awake, the zombies serve as avatars that causally covary with sentient beings in one’s local environment. So the point stands.] Yes, literally fusing with other minds/virtual worlds sounds an unattractive (as well as infeasible) prospect for the foreseeable future; and not just because of their lousy organic avatars. For we certainly wouldn’t want to Become One with a bunch of ugly Darwinian minds; and likewise, they might get a nasty shock if they tasted one’s own. Infatuated lovers may want to fuse; rival alpha males certainly don’t [unless one eats a defeated opponent, a form of intimacy practised in some traditional cultures; but this is a very one-sided consummation of a relationship]. However, perhaps the prospect of unification will be more exciting if and when we become posthuman smart angels, so to speak: beautiful in every sense. I have no hidden agenda beyond my abolitionist propagandizing; but on current evidence it’s likely we belong to a family of Everett branches that will lead to god-like beings. And thence to God? I’m sceptical, but I don’t know.
Mindmelding with other Darwinian creaturesis kind of a bummer sometimes.
Divinity takes many forms. What kind of (demi)gods might we become? Superhappy beings, I reckon, yes, but superhappiness in what guise? A unitary Über-Mind, or fragmented minds as now? At one extreme of the continuum, posthumans may opt to live solipsistically in designer paradises: an era not just of personalized medicine but personalized VR. [Would I opt to dwell with a harem of several thousand houris and become Emperor Dave the First, Lord of The Universe? And supremely modest too. Yes, probably. I’m a Darwinian male.] Occupying the middle of the continuum is the superconnectivity of web-enabled minds (via neural implants, etc) without unitary experience or loss of personal identity. Such a scenario is a recognizable descendant of the status quo whereby we are all connected via the Net to everyone else. This sort of future is the most “obvious” since it’s an extrapolation of current trends. Extreme interconnectivity is still consistent with extensive ignorance of each other, although expansion and/or functional amplification of our mirror neurons could magnify our capacity for mutual empathetic understanding. Finally, at the other extreme of the continuum, there is presumably a more-or-less complete fusion of posthuman mind/brains into a unitary collective: a blissful analogue of the Borg, but contiguous rather than scattered: there is no evidence spatio-temporally disconnected beings have token-identical experiences. It’s hard enough to solve the binding problem in one mind/brain, let alone across discrete skulls.
Emperor Dave the First, Psychonaut Lord of The Universe, Bliss For All Creatures Under the Sun
I don’t know which if any of these three families of scenario is the most likely culmination of life in the Multiverse. Indeed it’s unclear whether the third scenario, i.e. a unitary experiential Supermind, is even technically feasible. For there is an upper limit to the size and duration of the conjectural “warm” quantum coherence needed for unitary sentience; it’s difficult enough to avoid ultra-rapid thermally-induced decoherence in even a single human mind/brain, let alone a hypothetical global super-mind/brain. Is there a way round this constraint? In spite of the well-worn dictum “black holes have no hair“, I used to play around with the idea that blissful superminds lived on the ultra-cool “surface” of supermassive black holes. All the information content of their interior and information content at the horizon is smeared out across the entire horizon, allowing unitary megaminds of maximum information density – and maximum intelligent bliss: what Seth Baum aptly calls “utilitronium”. This conjecture needs more work. But whether conscious mind is unitary or discrete, I suspect that posthuman modes of existence will be based, not on today’s ordinary waking consciousness, but on unimaginably different modes of sentience. In addition, I predict that these modes of sentience will be as different in intensity from ours as is a supernova from a glowworm. Thus any speculative story we may now be tempted to tell about what life may be like millions or billions of years hence will of necessity ignore a fundamental difference between future minds and us. Human futurology omits the key evolutionary transitions ahead in the nature of consciousness – not only the ethically all-important hedonic transition to superhappiness that I stress, but other modes of sentience currently unknown. The discontinuity promised by any future technological Singularity – or soft Singularities – derives not merely from an exponential growth of computer processing power, but from inconceivably different textures of sentience. Actually, I entertain many bizarre ideas. The art is taking them seriously enough to explore their implications and testable predictions, but sceptically enough not to be seduced into believing they are likely to be true. And what about the nearest I come to a dogmatic commitment? Could the abolitionist project turn out to be mistaken too? I guess so. Yet at least the abolition of suffering is not a phenomenon we will live to regret.
Three families of scenarios for the culmination of life in the Multiverse: #1 everyone kinda doing their own thing in their little virtual worlds. #2 hybrid hive minds of hypersocial connected individuals who choose to retain their (porous) individuality. #3 God, a single mega-mind, that maximally bounds as much matter and energy into unitary superexperiences.
I’m currently in the UK. London, more precisely. I was invited to participate in this year’s instance of the Tyrinham Initiative (my review) and, naturally, I couldn’t miss it. I’m _very_ happy I went. I will share more about it and other recent DMT insights soon. But in the meantime, I just want to announce that there will be a QRI meetup on October 8th (2022) in Arch1 (West Ham Arches, Cranberry Ln, London E16 4BJ).
2022 Tyrinham Initiative attendees
QRI Meetup Schedule
2PM: Space Opens.
4PM: Experience Sharing Activity (bring an interesting experience to share with others!).
7PM: Audience participation – there will be an Open Mic for people to introduce themselves, share their thoughts about QRI, and (optionally) make the case for a given Cause X (5 minutes per person)***.
8PM–9:30PM: Andrés available for short 1-1s. Please feel free to share your candid feedback. I’ll be all ears! (There will be a signup list).
What to bring?
You don’t need to bring anything. Your presence is more than enough. That said, please feel free to bring with you an experience to share (think “Qualia of the Day“). This can range from perfumes, to spices, to books, to boardgames, to stim toys, to puzzles, to jokes, to nootropics, to pieces of art.
* Bring vegetarian snacks, drinks, and food to share with others, if you are so inclined. Please do not bring alcoholic drinks as the space has a full bar and they don’t allow outside drinks into the venue, which extends to the garden area.
** Please do what you can to be there before 5:50PM if you intent to see the speech so that your arrival doesn’t interrupt or distract anyone. If you arrive between 6PM and 7PM, please make a quiet entrance.
The quote above comes from a lecture Richard Feynman gave in which he talks about the challenges and opportunities of studying and interacting with the world at a very small scale. Among other things, he touches upon how gaining access to e.g. a good-enough electron microscopes would allow us to answer long-standing questions in biology by just looking at the thing (cf. Seeing Cell Division Like Never Before). Once you start to directly engage with the phenomenon at a high-enough resolution, tackling these questions at the theoretical level would turn out, in retrospect, to be idle arm chair speculation.
I think that we can make the case that philosophy of ethics at the moment might be doing something like this. In other words, it speculates about the nature of value at a theoretical level without engaging with the phenomenon of value at a high resolution. Utilitarianism (whether classical or negative), at least as it is usually formulated, may turn out to have background assumptions about the nature of consciousness, personal identity, and valence that a close examination would show to be false (or at least very incomplete). Many criticisms of wireheading, for instance, seem to conflate pleasure and reward (more on this soon), and yet we now know that these are quite different. Likewise, the repugnant conclusion or the question between total vs. mean utilitarianism are usually discussed using implicit background assumptions about the nature of valence and personal identity. This must stop. We have to look at the thing!
Without further ado, here are some of the key ways in which an enriched understanding of consciousness can inform our ethical theories:
One ubiquitous phenomenon that I find is largely neglected in discussions about utilitarianism is that of mixed valence states. Not only is it the case that there are many flavors of pleasure and pain, but it is also the case that most states of consciousness blend both pleasurable and painful sensations in complex ways.
In Principia Qualia (Michael Johnson) the valence triangle was introduced. This describes the valence of a state of consciousness in terms of its loadings on the three dimensions of negative, positive, and neutral valence. This idea was extended in Quantifying Bliss, which further enriched it by adding a spectral component to each of these dimensions. Let’s work with this valence triangle to reason about mixed valence.
In order to illustrate the relevance of mixed valence states we can see how it influences policies within the context of negative utilitarianism. Let us say that we agree that there is a ground truth to the total amount of pain and pleasure a system produces. A naïve conception of negative utilitarianism could then be “we should minimize pain”. But pain that exists within an experience that also contains pleasure may matter a lot less than pain that exists in an experience without pleasure that “balances it out”!
The naïve conception, would thus, not be able to distinguish between the following two scenarios. In Scenario A we have two persons, one suffering from both an intense headache and an intense stomach ache and the other enjoying both a very pleasant sensation in the head and a very pleasant sensation in the stomach. In Scenario B, we switch it up: one person experiences an intense headache while also a very pleasant sensation in the stomach, and the other way around for the other person.
But if you have ever experienced a very pleasant sensation arise in the midst of an otherwise unpleasant experience you will know how much of a difference it makes. Such a pleasant sensation does not need to directly blunt the painful sensation; the mere presence of enough pleasure makes the overall nature of the experience far more tolerable. How and why this happens is still, of course, a mystery (in a future post we shall share our speculations) but it seems to be an empirical fact. This can have extraordinary implications, where for example a sufficiently advanced meditator might be able to dilute very painful sensations with enough equanimity (itself a high-valence state) or by e.g. generating jhanic sensations (see below). Have you ever seen this discussed in an academic journal on ethics? I didn’t think so.
We don’t need to invoke such fancy scenarios to see the reality and importance of mixed valence states. The canonical example that I use to illustrate this phenomenon is where: you just broke up with someone (-), are at a concert enjoying really good music (+), are coming up on weed and alcohol (+), but also need to pee really bad (-). We’ve all been there, haven’t we? If you get sufficiently absorbed into the cathartic pleasure of the music and the drugs, the negative feelings temporarily recede into the background and thus might tilt the experience towards the net positive for a while.
Once you consider the reality of mixed valence states, there is a veritable Cambrian Explosion of possible variants of utilitarianism. For example, if you do accept that pleasure can somehow dilute pain within a given moment of experience, then you could posit that there is a “line of hedonic zero” on the valence triangle and anything on one side of it is net positive:
A version of negative utilitarianism we could call within-subject-aggregated-valence negative utilitarianism recognizes any experience in the “Net Positive” region to be perfectly acceptable even though it contains painful sensations.
Alternatively, another version we may call strict negative valence utilitarianism might say that pain, whether or not it is found within an experience with a lot of pleasure, is still nonetheless unacceptable. Here, however, we may still have a lot of room for a civilization animated by information-sensitive gradients of bliss: we can use the gradients that have a mixture of positive and neutral Vedanā for information signaling:
Yet another view, perhaps called within-subject-majoritarian negative valence utilitarianism might say that what makes an experience worth-living and unproblematic is for it to be at least 50% pleasant, regardless of the composition of the other 50%:
Now, I am not going to adjudicate between these views today. All I am pointing for the time being is that actually engaging with the phenomenon at hand (i.e. how valence manifests in reality) radically enriches our conceptions, and allows us to notice that most of ethics has an impoverished understanding of the phenomenon it comments on. We can change that.
As argued in Logarithmic Scales of Pleasure and Pain (summary) we think that there is a wide range of evidence that suggests that the intensity of both pleasure and pain follows a long-tail distribution. I am not going to repeat the arguments here, since I’ve written and presented about them extensively already. I will merely mention that I am deeply suspicious of the intellectual seriousness of any ethicist who somehow fails to notice the enormous moral significance of the following states of consciousness, among others:
On the positive side:
Temporal lobe epilepsy
Good high-dose 5-MeO-DMT trip
On the negative side:
Bad high-dose 5-MeO-DMT trip
Valence and Self-Models
One of the claims of QRI is that every experience, no matter how outlandish and unlike our normal everyday human experience, has valence characteristics. An analogy can be made with the notion of physical temperature: every physical object has a temperature, no matter what it is made out of or what its shape is.
Most human experiences have a lot of shared structure, with things like a central “phenomenal self” that works as an organizing principle for arranging sensations. Many meditators and psychedelic enthusiasts point out that suffering seems to have something to do with our sense of self. That feelings matter only to the extent that they are happening to someone. But experiences without a phenomenal self (or with radically altered phenomenal selves) will nonetheless still have valence characteristics. Ego deaths can be dysphoric or euphoric.
We argue that what matter is actually the overall structure of the experience (cf. valence structuralism). It just so happens that above a certain level of valence, the phenomenal self starts to become an impediment to further bliss. Ultra-pleasant experiences, thus, tend to be selfless! But this does not make them worthless. On the contrary, their intrinsic worth, coming from their positive valence, can go through the roof.
That said, reporting the valence of very exotic experiences can be remarkably difficult. This doesn’t mean that we should give up; rather, we ought to develop new methods, vocabulary, and culture to be able to place these experiences on the same moral footing as our normal everyday life.
For example, the so-called “toroidal state” (on DMT) or during a meditative cessation can have profound valence effects, to the point of making you reconsider the very nature and scope of what matters.
Regardless of the way a specific door manifests, it reveals something completely extraordinary about the relationship between “the watcher” and “the watched” that it would take a very warped, non-Euclidean view of the universe to explain, though I will try shortly. One way or another, these fleeting experiences cannot easily be explained in terms of our normal, four-dimensional experience of space-time, or within our ordinary subject/object experience. […] When the no-self door predominates with suffering as its second aspect, then a very strange thing happens. There may be an image on one side staring back, but even if there isn’t, the universe becomes a toroid (doughnut-shaped), or occasionally a sphere, and the image and this side of the toroid switch places as the toroid universe spins. It may spin sideways (horizontally), or it may spin vertically (like head over heels), and may also feel like a hood of darkness suddenly being pulled over our heads as the whole thing synchronizes and disappears, or like everything twisting out of existence. The rarest no-self/suffering variant is hard to describe, and involves reality becoming like a doughnut whose whole outer edge rotates inwards such as to trade places with its inner edge (the edge that made the hole in the middle) that rotates to the outer edge position, and when they trade places reality vanishes. The spinning includes the whole background of space in all directions. Fruition occurs when the two have switched places and the whole thing vanishes.
I recommend reading the whole chapter for what I consider to be some ultra-trippy phenomenology of surprising ethical relevance (see also: No-Self vs. True Self).
In summary: this all indicates that states of consciousness have valence characteristics independently of the presence, absence, shape, or dynamic of a phenomenal self within them. If your ethicist isn’t considering the moral worth of Nirvana… perhaps consider switching to one who does.
Valence and Personal Identity
The solution to the phenomenal binding problem has implications for both personal identity and ethics. If, as I posit, each moment of experience is in fact a topological pocket in the fields of physics, then Closed Individualism would seem to be ruled out. Meaning, the standard conception of identity where you start existing when you are born and stop existing when you die would turn out to be a strange evolutionarily adaptive fiction. What really exists is a gigantic field of consciousness subdivided into countless topological pockets. Empty Individualism (“you are just a moment of experience”) and Open Individualism (“we are all the same universal consciousness”) would both be consistent with the facts, and it might be impossible to decide between them. Yet, I argue that the vast majority of ethical theories have as an implicit background assumption Closed Individualism. So realizing that it is false has major implications.
In particular, if we take the Empty Individualist perspective, it might be easier to defend negative utilitarianism: since each snapshot of experience is a completely separate being, you simply cannot “make it up” to someone who is currently suffering by giving him/her enough happiness in the future. Simply put, that suffering will never be redeemed.
Alternatively, if we take the Open Individualist perspective, we now might have actual grounds to decide between, say, average vs. total utilitarianism. Ultimately, you will be forced to experience everyone and everything. This line of reasoning becomes particularly interesting if you also take seriously something like Feynman and Wheeler’s One-electron Universe. Here we might possibly even objectively determine the moral worth of an experience in terms of “how long the one electron stays trapped inside it”. An experience with a huge spatial breadth and one with enormous temporal depth may be equivalent according to this metric: they’re just structured differently (cf. Pseudo-Time Arrow). In this account, you are bouncing backwards and forwards in time interfering with yourself forever. The multiverse is the structure emergent from this pattern of self-interference, and it is eternal and immutable in a certain sense. Relative to a small experience, a large experience would be one that keeps the one electron trapped for longer. Thus, there would be a strong case to care more about bigger and brighter experiences: you’ll be there for ages!
If indeed you are bouncing backwards and forwards forever in this structure, then perhaps average utilitarianism can be defended. In brief, since you are always somewhere, what matters is not how large the structure is, but the shape of its distribution of states.
Finally, if you pay attention to the nature of highly valenced states of consciousness you will notice that they have structural features. The Symmetry Theory of Valence (overview; CDNS) can be experientially verified for oneself by introspecting on the structural features of one’s experience when enjoying intense bliss or enduring intense suffering. Rob Burbea’s meditation instructions are very well worth reading to get a sense of what I’m talking about. This would seem to matter a lot when it comes e.g. deciding what kind of artificial sentient minds we might want to create. Much more on this in the future.
Putting It All together
High-dose DMT experiences are an excellent example of the sort of state of consciousness that is part of reality, is generally not taken seriously in philosophy (despite its enormous significance), and has many elements that challenge preconceptions about pleasure and pain and inform our understanding of valence. These experiences:
For a theory of physics to be true it needs to be able to explain physical phenomena outside of room temperature. Likewise, for an ethical theory to be in any way true, it ought to be able to account for states of consciousness outside of the range of normal human everyday life experience. DMT states, among others, are examples of non-room-temperature states of consciousness that you can use to test if your theory of ethics actually generalizes. How do you make sense of experiences that have more qualia, have mixed valence, have exotic phenomenal selves, and have valence effects up there in the logarithmic scale? That’s what we need to answer if we are serious about ethics.
In 1873, James Clerk Maxwell published a rambling and difficult two-volume Treatise on Electricity and Magnetism that was destined to change the orthodox picture of reality. This treatise did for electromagnetism what Newton‘s Principia had done for classical mechanics. It not only provided the mathematical tools for the investigation and representation of the whole of electromagnetic theory, but it altered the very framework of both theoretical and experimental physics. Although the process had been going on throughout the nineteenth century, it was this work that finally displaced action-at-a-distance physics and substituted the physics of the field.
Like Newton’s Principia, Maxwell’s Treatise did not immediately convince the scientific community. The concepts in it were strange and the mathematics was clumsy and involved. Most of the experimental basis was drawn from the researches of Michael Faraday, whose results were undeniable, but whose ideas seemed bizarre to the orthodox physicist. The British had, more or less, become accustomed to Faraday’s “vision,” but continental physicists, while accepting the new facts that poured from his laboratory, rejected his conceptual structures. One of Maxwell’s purposes in writing his treatise was to put Faraday’s ideas into the language of mathematical physics precisely so that orthodox physicists would be persuaded of their importance.
Maxwell died in 1879, midway through preparing a second edition of the Treatise. At that time, he had convinced only a very few of his fellow countrymen and none of his continental colleagues. That task now fell to his disciples.
The story that Bruce Hunt tells in this volume is the story of the ways in which Maxwell’s ideas were picked up in Great Britain, modified, organized, and reworked mathematically so that the Treatise as a whole and Maxwell’s concepts were clarified and made palatable, indeed irresistible, to the physicists of the late nineteenth century. The men who accomplished this, G. F. FitzGerald, Oliver Heaviside, Oliver Lodge, and others, make up the group that Hunt calls the “Maxwellians.” Their relations with one another and with Maxwell’s work make for a fascinating study of the ways in which new and revolutionary scientific ideas move from the periphery of the scientific thought to the very center. In the process, Professor Hunt also, by extensive use of manuscript sources, examines the genesis of some of the more important ideas that fed into and led to the scientific revolution of the twentieth century.
L. PEARCE WILLIAMS. – Ithaca, New York
James Clerk Maxwell’s theory of the electromagnetic field is generally acknowledged as one of the outstanding intellectual achievements of the nineteenth century—indeed, of any century. The late Richard Feynman once remarked, with perhaps only a little hyperbole, that “from a long view of the history of mankind […] there can be little doubt that the most significant event of the 19th century will be judged as Maxwell’s discovery of the laws of electrodynamics”. Even the American Civil War, Feynman said, “will pale into provincial insignificance” besides this more profound event of the 1860s. By the mid-1890s the four “Maxwell’s equations” were recognized as the foundation of one of the strongest and most successful theories in all of physics; they had taken their place as companions, even rivals, to Newton’s laws of mechanics. The equations were by then also being put into practical use, most dramatically in the emerging new technology of radio communications, but also in the telegraph, telephone, and electric power industries. Maxwell’s theory passed to the twentieth century with an enormous reputation it has retained ever since.
It is thus perhaps surprising to find that the fullest statement Maxwell gave of his theory, his 1873 Treatise on Electricity and Magnetism, does not contain the four famous “Maxwell’s equations,” nor does it even hint at how electromagnetic waves might be produced or detected. These and many other aspects of the theory were quite thoroughly hidden in the version of it given by Maxwell himself; in the words of Oliver Heaviside, they were “latent” in the theory, but hardly “patent.”
Maxwell was only forty-eight when he died of cancer in November 1879. He was only a quarter of the way through revising his Treatise for a second edition, and the task of digging out the “latent” aspects of his theory and of exploring its wider implications was thus left to a group of younger physicists, most of them British. Between roughly 1879 and 1894, these “Maxwellians,” led by George Francis FitzGerald (1851-1901), Oliver Lodge (1851-1940), and Oliver Heaviside (1850-1925), with a key contribution from the German physicist Heinrich Hertz (1857-1894), transformed the rich but confusing raw material of the Treatise into a solid, concise, and well-confirmed theory—essentially, at least for free space, the “Maxwell’s theory” we know today. It was they who first explored the possibility of generating electromagnetic waves and then actually demonstrated their existence; it was they, along with J. H. Poynting (1852-1914), who first delineated the paths of energy flow in the electromagnetic field and then followed out the far-reaching implications of this discovery; it was they who recast the long list of equations Maxwell had given in his Treatise into the compact set now universally known as “Maxwell’s”; and it was they who began to apply this revised theory to problems of electrical communications, with results that have transformed modern life. It was mainly the Maxwellians who gave Maxwell’s theory the form it has since retained, and it was largely through their work that it first acquired its great reputation and breadth of application.
The evolution of “Maxwell’s theory” in the years after Maxwell’s death provides a striking example of a process quite common in science, as in other fields of intellectual endeavor. Scientific theories rarely spring fully formed from the mind of one person; a theory is likely to be so refined and reinterpreted by later thinkers that by the time it is codified and passes into general circulation, it often bears little resemblance to the form in which it was first propounded. The practice in science of naming theories after their originators often obscures the historical process by which scientific syntheses are achieved. One is tempted to seek all of “Newtonianism” in Newton, or all of “Darwinism” in Darwin. One of the main aims in the pages that follow is to trace the formation of such a theoretical synthesis in some detail and to show that “Maxwellianism,” though undeniably built on Maxwell’s ideas, was in many ways the work of his successors. “Maxwell was only 1/2 Maxwellian,” Heavisde declared in 1895; I examine here what it meant to be a Maxwellian and trace the transformation of ideas that lay behind Heaviside’s remark.
Another of my aims is to trace the evolution of the Maxwellians as a scientific group and to show how they stimulated and helped one another, both in their strictly scientific work and in more practical affairs. Science is a more social and cooperative process than is sometimes appreciated, and one of the most effective ways to capture its richness is to examine in detail the workings of a small group. The key to such a study of the Maxwellians is their surviving letters and notebooks, through which one can follow the course of their thoughts and actions almost day by day and see how strongly they influenced one another. In the work of FitzGerald and Lodge on ether models and electromagnetic waves; in Lodge and Heaviside’s joint battles with W. H. Preece of the Post Office Telegraph Department; in Heaviside and FitzGerald’s long collaboration on the problem of moving charges and on the puzzle of the ultimate nature of the electromagnetic field—in all of these, the cooperative nature of the Maxwellian’s work can be clearly seen in their correspondence. Heaviside in particular virtually lived his life on paper; he was something of a recluse, and his letters and published writings were his main contact with the outside world. FitzGerald and Lodge, too, left very full records of their activities. Although all three were pioneers of electrical communications, they lived before telephones were common, and since they were physically separated—Heaviside in London and later Devon, Lodge in Liverpool, and FitzGerald in Dublin—they kept in touch mostly via letters, hundreds of which have been preserved. These enable us to reconstruct not only their work but something of their personalities and to see them engaged in the 1880s and 1890s in the lively business of remaking Maxwell’s theory and of probing, as they thought, into the ultimate foundations of the physical universe.
Maxwell himself is only a minor character in this story; he died before the Maxwellians’ work was well begun. But his ideas pervade the book, as they pervaded the Maxwellians’ own work. Though greatly reinterpreted and recast, Maxwell’s ideas always formed the core of the Maxwellian synthesis. In one of the most interesting of his unpublished writings, Heaviside reflected on the doctrine of the immortality of the soul. In its old religious sense, the idea had, he believed, been thoroughly discredited. But there was, he said, another “and far nobler sense” in which the soul truly was immortal. In living our lives, each of us “makes some impression on the world, good or bad, and then dies”; this impression goes on to affect future events for all time, so that “a part of us lives after us, diffused through all humanity, more or less, and all of Nature. This is the immortality of the soul,” Heaviside said. “There are large and there are small souls,” he went on.
The immortal soul of John Ploughman of Buckinghamshire is a small affair, scarcely visible. That of a Shakespeare or a Newton is stupendous. Such men live the best parts of their lives after they shuffle off the mortal coil and fall into the grave. Maxwell was one of those men. His soul will live and grow for long to come, and, thousands of years hence, it will shine as one of the bright stars of the past, whose light takes ages to reach us, amongst the crowd of others, not the least bright.
This light from Maxwell has come down to us mainly through the Maxwellians; it was they who developed the most important implications of his theory and cast it into the form in which it has become most widely known. In the pages that follow, we trace how this light was refracted and refocused by the Maxwellians and how it was passed along to the next generation, to be transformed and reinterpreted again.
 Feynman 1964, 2:1.11
 Heaviside 1892, 2:393 
 Heaviside to FitzGerald, [Mar. 1895], FG-RDS; internal evidence places this undated fragment between FitzGerald’s letters to Heaviside of 8 and 15 Mar., OH-IEE.
 Heaviside notebook 8, OH-IEE; a slightly different version is quoted in Appleyard 1930: 257. It was probably written in 1886; cf. Heaviside 1892, 2:77 .
Interviewer: As a Grandmaster in Iceland, according to law, you are entitled to a salary. Every Icelandic Grandmaster is being payed salaries, provided that you do some teaching in Chess and possibly play for Iceland…
BobbyFischer: No, no, no… No, I hate Chess very much. I don’t need the money, I don’t need it. I’ll skip… I hate Chess, I hate Chess.
Interviewer: So you are not planning on claiming the Grandmaster salary?
Bobby: No, no, no, no, no, no.
Interviewer: Why do you hate Chess? Being the be… probably, possibly, the best Chess player ever?
Bobby: Because I know what Chess is all about! It’s all about memorization. It’s all about pre-arrangement…
Interviewer: But creativity?
Bobby: Creativity is lower down on the list. The old Chess is… you are banging your head against the wall with this theory… where you are, you know, trying to find some little improvement on move 18 or 20… it’s ridiculous! It gets harder and harder and harder, and you need more and more computers, and more and more people working for you… and less and less creativity. It’s ridiculous! Why? Why?
Interviewer: But you did, I mean, you became a World Champion [based on your] creativity, no?
Bobby: First of all, it’s a long time ago since I played the first match with Spassky… and even the second match was 13 years ago… and Chess in just the last few years has changed dramatically with all of this computer stuff. But really, if you analyze Chess objectively… very, very objectively, it’s been a lousy game going back even to the time of Morphy. There was a lot of book!
Interviewer: But there is still a place for talent and creativity. It isn’t all pre-arrangement, all theory, all…
Bobby: No, not all, not all, I agree. But why do you want to get involved with something that is mainly rote learning and pre-arrangements? Obviously it’s not all… you know, that. But creativity is like maybe number 3 on the list. The first is pre-arrangement, and then memorization, and then comes creativity.
Interviewer: As opposed to… Fischer Random [Chess960]? Then you sort of put creativity first?
Bobby: Right… right. Let me explain something about Fischer Random. I’ve never made any claims that this is the best thing since puffed wheat, or whatever.
Bobby (cont.): I never made any claims saying this is perfect. What I say is: it’s much better than the old Chess. Now, for example, let’s say you could have a million Chess-like games, right? Maybe a million, ten million of them would be better than Fischer Random. But the point about Fischer Random is that it’s basically the same as the old Chess, except that you get rid of the theory, and it’s very easy to remember the rules. That’s my point, you see? I was just looking at a book Sam just gave me. This book about Capablanca. Capablanca had a very interesting game that he proposed. It was 10X10 or something [sic; an earlier version was 10X10 but then it became 8X10]… and it had two Kings [sic] and extra pieces… and you can win the game by mating either of your opponent’s Kings… and it looked like a very creative game, and maybe much better than Fischer Random, but it looks very intimidating. Even for me, right? Top Chess player. Very intimidating. All these extra pieces, huge board, two Kings… and if it intimidates me, it will intimidate the average person much more.
Bobby (cont.): So there are a lot of games that you can come up with that have practical defects. Not creative defects. But just defects in terms of discouraging people to learn them. You see? That’s my point about Fischer Random. You can learn Fischer Random in 10 seconds, practically. So there is no impediment: you have the same pieces, the same board, all you have to do is get a little electronic shuffler, and in one second you have a position. But of course you could create more creative games than Fischer Random. Maybe, you know, an extra piece, a bigger board, and all kind of things. But my idea… people think I’m abandoning Chess. I’m not! I’m trying to keep it alive. It’s just the reverse! I’m not coming up with anything radical at all.
Interviewer: I asked two Icelandic Grandmasters the other day: “who is the best Chess player ever, in the history of Chess?” And they both contemplated and I asked them, objectively speaking, and they both said “Bobby Fischer is the best Chess player ever”. Do you agree with that assessment?
Bobby: I want to get back to Fischer Random.
Interviewer: Don’t want to answer this one? Are you the best player ever?
Bobby: Well… obviously I think so, right?
Interviewer: Yeah, I mean you beat Larsen 6-0. Nobody has…
Bobby: First of all, you have to understand something about Chess. Of course I’m better than Morphy. Why am I better than Morphy? I don’t think I’m more talented than him. I just know much more theory, right? If he came back today, and he could not open a book, let’s say, right? He would do badly even against masters, maybe. That has nothing to do with his talent, though, right? So when you say I’m better than so-and-so that doesn’t mean anything! Because of all this theory in Chess. But if you were to say… “are you the most talented player?”, that’s something else.
Interviewer: Are you the most talented player?
Bobby: Well… again, I think so. But maybe that’s just my opinion, you know? Morphy was fantastic. Capablanca was fantastic… [end of video]
A society based on E-like consciousness would be an honest society of honest people.
Today, most of us lie and dissemble. We tell white lies and, on occasion, total whoppers. Most of us lie many times in the course of a day, whether to friends, family, colleagues or – as necessity or convenience dictates – to total strangers. Hiding one’s true thoughts and feelings as the occasion demands is second nature to outwardly civilised Darwinians. The few formal studies conducted into the prevalence of lying in everyday life suggest we tend to underestimate just how often (almost) all of us are guilty of outright fabrications, not to mention innumerable half-truths and evasions.
On a wider scale, deceit is institutionalized in political life. The record of human history to date supports the powerful intuition that deception will persist indefinitely in public and private life alike. For the evolved capacity to lie and deceive in ever more sophisticated ways has been genetically adaptive. Indeed, if the controversial Machiavellian ape hypothesis is correct, then a progressively refined capacity to lie and deceive – and conversely, a fine-tuned capacity to spot lies and deceit in others – may have driven the evolution of human intelligence.
It is sometimes said that life would be better if only we were honest with each other. More often, this value judgement is simply assumed. Life might be better, too, if we were more honest with ourselves. But given today’s corrupt genome, all such scenarios are impossibly unrealistic. Moreover, the effects of public openness about private feelings would frequently be catastrophic. This is because Darwinian humans entertain so many negative thoughts about each other that complete candour would wreck most contemporary human relationships. In a grim Darwinian world, one [E-less] person may, for instance, find another person boring and ugly. Yet there is commonly no advantage to either party in saying so. So the civilities are (sometimes) preserved.
Not all lying is self-serving. Very often, we lie to spare the feelings of others, as well as our own.
On MDMA/Ecstasy, however, subjects tend to become extraordinarily honest. People trust each other: MDMA indirectly triggers the release of oxytocin. Critically, MDMA-induced emotional honesty is matched by a subtle yet profound shift in perception: when “loved up” on MDMA, we all tend to seem fascinating and beautiful, both to each other and to ourselves. On MDMA, it seems natural to express these feelings spontaneously and demonstratively too.
Alas this marvellous state of being doesn’t last for more than a few hours. Potentially, the benefits of MDMA (and MDA)-assisted therapy can be much longer-lasting. But the peak experience of soul-baring empathetic bliss soon fades. Looking to the future, however, enhancements of E-like consciousness can in principle be indefinitely prolonged. By opting via gene-therapy to hardwire a neurobiology of E-like consciousness into our offspring, we could even lock in this perceptual and behavioural shift for good. If implemented species-wide, an enhanced E-like set of perceptual filters would make heavenly love for each other as natural as breathing.
This post-millennial vision is implausible. Right now, the notion of global E-like consciousness seems fantastical, especially if one isn’t loved up on MDMA. Yet the capacity to love everybody, and in extreme forms, to be in love with everybody, will be a technical if not sociological possibility in the age of mature biotechnology. In future, if we ever opt – pharmacologically or genetically – to implement E-like consciousness as one facet of world-wide mental health, then it may be psychologically safe to be totally honest. In the meantime, barring such enrichment of our troubled minds, it’s sometimes safer to lie through one’s teeth. Thus today the MDMA user is probably well advised to take a conscious decision, prior to dropping an E, not to disclose anything s/he would not wish to be known in the E-less state. Reticence on E can be maintained; but one can be reliably tight-lipped on E only with a fair degree of forethought.
Yet discretion is prudent not because an E-catalysed outpouring of the heart and soul is itself pathological. Selective reticence about (some of) one’s innermost feelings is wise simply because the repercussions of honesty back in the E-less world to which the user must return can be cruel; and because the elevated sentiments felt while on E often cannot be sustained in the cold light of day.
Of course, the prospect of worldwide E-like candour strikes the harsh Darwinian eye as grotesque – no less than the prospect of us all loving each other. More specifically, the option of becoming permanently loved-up invites the charge that E-like perception is systematically distorted. A notional society of loved-up E-heads, it may be alleged, would be in the grip of a collective psychosis. Sure, runs the cynic’s critique, loved-up Ecstatics intoxicated on MDMA may find everyone beautiful and fascinating. But so what? Even though MDMA is not a classic “hallucinogen” or psychedelic, the drug-induced perception of loveliness that MDMA creates is (often) false. For lots of people are really boring and ugly. A perpetually E-enchanted world would be a fool’s paradise populated by intellectually and aesthetically undiscerning simpletons. In an E-like world, we might indeed be open and honest; but we’d have nothing worth hiding.
This dismissive judgement doesn’t follow. If being boring or ugly were intrinsic properties of (some of) our fellow humans, rather than our emotional responses to the vicious (mis-)representations of Darwinian minds, then the charge of false consciousness, as it were, might be easier to sustain. But there’s no evidence that this is so. Our perceptual experiences have been shaped by natural selection, not to be veridical, but to help our genes leave more copies of themselves. Sometimes this (lack of) veridicality is fitness-enhancing; and sometimes it isn’t; and sometimes – as is arguably the case in the realm of attitudes expressing pure value judgements – there’s no fact of the matter either way. In any event, under the primordial Darwinian regime of natural selection, there has been great advantage in seeing genetic rivals, and indeed seeing anyone with whom one is not genetically identical, in a (sometimes) cruelly negative light. On the other hand, if it had helped our genes leave more copies of themselves, then men would typically represent women of, say, 80 years old as more sexy and fascinating than women aged 21; and this perception would be neither more nor less “correct” than the aesthetic consensus-reality of today.
Analogously, the enraptured mystic who can “see a world in a grain of sand, And a heaven in a wild flower” is not deluded; such perceptions are uncommon at present merely because it has been genetically maladaptive to occupy states of sustained mystical bliss. For in the ancestral environment of adaptation, it was typically more adaptive to see grains of sand as boring and neglect them. But today’s parochial (virtual) worlds are only one small set of mind-dependent creations in a vaster state-space of possibilities, not a timeless feature of the human predicament. Tantalisingly, thanks to biotechnology a wide range of life-enriching options will soon be on offer instead.
A tough-minded sceptic may respond: yes, beauty is in the eye of the beholder, but not all social perception is relative. Some people really are nasty and ill-natured by (almost) any criterion at all. And seeing them as anything else would be delusive. Granted, viewing each other in an often jaundiced light may be a product of our nasty little Darwinian minds, but surely that’s the point: commonly we just aren’t very lovable. If we are to be honest, then we should admit this – not gush effusively at each other like drugged-up hippies.
Herein lies the beauty of MDMA – and perhaps safer, sexier lovedrugs and more distant gene-therapies in the pipeline. MDMA doesn’t just make us honest. E-like consciousness makes us sweeter-natured. Even better, the idealised self activated by MDMA does not take the form of alien impostor, so to speak, but feels utterly authentic, constructed from elements of an idealised persona that we can’t live up to in drug-naïve life. If, in a hypothetical E-based society, everyone were constitutionally sweet-natured, then enriching our cognitive architecture would entail capturing this sweet-naturedness in our interpersonal perceptions. With E-like consciousness, emotional honesty and intellectual integrity can, in principle, go hand in hand. It is possible, but unproven, that ugly representations of ourselves and each other belong to a dark Darwinian world that we will shortly leave behind.
This prospect again invites scepticism. It can be argued that genetically engineering an entire population primed for indiscriminate honesty is not an evolutionarily stable outcome. An unfailingly honest population might seem prone to genetic invasion by mutant, quasi-sociopathic “defectors”. This game-theoretic argument may continue to hold in the future, as it has done in the past. Even with advanced biotechnology, runs this line of argument, perhaps only substantially egoistic well-being is feasible in any biologically realistic model of a globally superhappy society.
But once again, this overly quick reply neglects how ostensibly altruistic thoughts and behaviour evolved in the first instance i.e. for (genetically) selfish reasons; and how they are likely to proliferate explosively in the new reproductive era of designer babies. The proliferation of such admirable traits will accelerate not because our genes stop being any less selfish in the technical sense. For unselfish genes are impossible. Instead, an (E-like?) nobility of character may flourish in the impending era of so-called unnatural selection because when selection is no longer “blind” or [effectively] random, the [selfish] genetic payoff of promoting such “altruistic” traits can be higher. In the new reproductive era ahead, when genes/allelic combinations are chosen by (partially) rational agents in anticipation of their likely behavioural consequences, parents will plausibly exhibit a strong preference for offspring with genotypes that promote such (partially) heritable traits as honesty and “lovability”. These nicer traits may then flourish at the expense of alleles that predispose to a nastier disposition. After all, who wants to devote their life to raising nasty kids?
Needless to say, we don’t know whether our genetically enhanced descendants will ever have E-like perceptual filters to their consciousness. We don’t know if posterity will lie and cheat as much as we do. We don’t even know whether they will be fundamentally happy, or assuming they are indeed innately so blessed, whether their well-being will take an egocentric or empathetic guise, or express modes of flourishing unimaginably different from anything accessible to conscious mind today. So perhaps the enticing scenarios for our transhuman descendants touted here are all just wishful thinking masquerading as futurology. But whatever the future holds, by taking MDMA we can already, fleetingly, access states of consciousness richer than our brutish Darwinian mindset normally permits. A fundamentally honest society, prefigured (perhaps) in a communal MDMA love-in, is not self-evidently ethically inferior to a society founded on never-ending lies and deceit – or a society driven by competitive displays of consumer consumption. So at least as an intellectual exercise, it’s worth investigating the policy-option of locking in the biochemical substrates of E-like honesty for good.
DMT Experience Report — Learning the Nonlinear Wave Computing theory of subjective experience and internalizing the Symmetry Theory of Valence (originally posted in r/rationalpsychonaut by ClarifyingCard).
This was a sub-breakthrough experience with firmly-set “intellectual” (integrative) intentions. So I wouldn’t really call this a trip report, but an experience report. It’s a little more in the direction of a freeform essay. Working through this experience to translate it into written word is proving very fruitful for annealing what I’ve learned, so I hope it can provide some insight to others. Contents include my real-time integration of QRI’s “nonlinear wave computing” model of subjective experience, and some explanatory applications. I also firmed up my epistemological relationship to the Symmetry Theory of Valence during this experience, so there are some insights integrating these with technical meditation & gender transition.
I hope the length doesn’t render this inaccessible, as I feel that there are many genuinely deep insights here. I’m not the type to typically write reports on experiences, but consuming lots of QRI content has seriously energized me! There’s this feeling of “Finally! People are doing the top-down neuroscience that I’ve been quietly building for years in isolation! People are seeing psychedelic experiences as legitimate tools for investigating the nature of the mind!” So, I’m feeling a drive I haven’t felt in a while, a drive not just to consume information & integrate it acausally, but to contribute & collaborate.
Last night I sipped on a sizeable amount of DMT over the course of a few hours. I probably took over 20 hits from the vape overall, paced gently. I wasn’t specifically striving for a breakthrough, though I left open the possibility, and in fact I was deliberate to keep it sub-breakthrough for the first phase of the trip, since I was trying to use DMT to integrate information content from a video.
To me, coming to DMT fixated on a breakthrough feels like entering a relationship with a striving fixation on sex, or entering sex with a striving fixation on orgasm. So, much like taking your time to get to know someone intimately, or moving through a sexual experience without pushing or striving to let it blossom on its own terms, I’ve been flirting with & getting to know DMT on an increasingly deep level over time. This was the first time I’ve really leaned in & let it show me where it wants to take me.
(“wants” in terms of descending energy gradients, not in anthropomorphizing way. This is a central thread of this experience, so more on this below.)
So, I have not broken through yet; this definitely fell on the side of profound insight & bliss. I’m a deep subscriber to the theory of Neural Annealing, and DMT is so high-energy that metaphorically speaking it felt like pure, elemental annealing; anything my mind turned to, I could understand so crisply, with ease & immediacy, like I’m just letting my representations fall into parsimonious (low-entropy) resonant modes, the local minima that my conceptions have already been swirling around.
I also subscribe to the Symmetry Theory of Valence — well, my epistemological relationship to it has been a little fuzzy or hesitant, being sympathetic to it but not yet feeling like it deeply “clicked”, but after this experience, I not only “get it”, but I’ve felt, intimately, what it’s like to watch it play out in real-time. So that process of “spontaneous understanding” of the above paragraph, the symmetrization/entropy minimization felt really, really good. A truly profound bliss of methodically massaging out any point of tension in my representation field that my attention happened to rest upon.
I also want to point out that it didn’t really quite feel like the positive (additive) happiness of e.g. eating the candy bar you went to the store for, it felt like a negative (subtractive) happiness — in other words, relief from suffering. Very Buddhist in flavor, even at just the most basic level of Buddhist theory, the Four Noble Truths. In other words, the dukkha of the Three Characteristics. I’ve now got this idea in my head of maybe identifying dukkha with the mental tension that’s smoothed by annealing, to some degree at least. That correspondence is a space I’ll be playing in for a while, I can see.
So, here’s the actual report.
Genetic heritage: 39% Scotland, 33% England, &c.
Sex/gender: Trans female (late-stage, meaning enough years of estrogen & social transition to have largely reached mental & physical equilibrium in terms of gender/sex characteristics)
Tremendous experience over 8 years with 80+ different psychedelic/dissociative/otherwise acutely psychoactive substances, with a heavy focus on dissociatives. Sizeable understanding of contemporary technical meditation and Buddhism (my understanding is significantly stronger than my actual practice hygiene). Avid consumer of QRI content. History of engagement with Less Wrong-style rationality. Undergraduate education in math & physics, supplemental education in technical writing, linguistics, analytic philosophy (formal logic, philosophy of language, metaphysics, &c.).
Despite my drug experience, I haven’t used DMT proper before. Before this XP, I dipped my toes in the water with 3-4 puffs of this cart over a few hours about 2 weeks before. A few times over the next 2 weeks, I took a few intermittent puffs to continue feeling it out & acclimating.
Two phases here: first on my couch processing a QRI video, 1 on my bed in a mindset of play & exploration.
XP Phase I
Setting: ~930p. On my couch, comfortable. Full lighting. No music.
For a few months, I’ve been ramping up my consumption of QRI content, technical meditation dharma, info about/reports on psychedelics, etc. Aside from general interest, I’ve been mentally preparing myself for a DMT breakthrough (my psychedelic experiences having waned in the past few years, and DMT being such a crown jewel of psychedelic strength/power).
I’ve had the idea to take solid but sub-breakthrough hits of DMT while attempting to integrate some QRI content. The video I chose was this:
I’m thrilled to say this was a great choice & fruitful exercise. I’m going to talk a lot about Andrés himself & his video style; I hope it’s not too effusive & doesn’t come across in a parasocial sort of way. It’s more like a walk-through of the subjective experience of what I happened to be doing, a snapshot of how it felt for my brain to process & operate in this state. It was very easy to feel what facets of experience were positive or negative, like my mental model of my valence system was in crystal clarity & intuited with immediacy. This is why this experience also had such an annealing effect for STV on me.
First of all, I was struck by how crystal-clear his vibe comes through in these videos where it’s just a single take of him talking into the camera for an hour! For the record, I’m saying nothing teleological here; no clue how much of this has been thought through explicitly. When I first started watching them, I was like, this could benefit from some cuts or superimposed visuals &c., but over time I’ve grown to deeply appreciate the style. The exact reasons why crystallized during this experience. It’s because it’s an extremely directed, one-pointed style, and it’s also more faithful to real life. For these reasons you can synchronize your mental representation of the content very deeply with the content itself (i.e. you can model Andrés’s attention with high fidelity, so as he goes through the material clearly & methodically, so are you). There’s no echoes of practice or rehearsal like an academic lecture, and there’s no attentional context-shifting that would be demanded by video cuts or superimposed visuals (though having experience with physics simulations & wave dynamics, I’d love to see some simulation visualizations of toy models exhibiting some of the wave dynamics in play here sometime). Instead, it feels more intimate in a way, like the feeling of someone in real life patiently teaching you a complicated concept 1-on-1. You’re watching Andrés think through material he’s familiar with in real-time. You can even see him spontaneously understand & explain new connections as he works through the existing material, and since your attentions are so synchronized, by watching him demonstrating the explanatory power of these models, you’re learning what it feels like to wield these concepts to refine something else into a simpler representation.
It’s not just the DMT that helped me understand this I think; poetically, the content of this specific video was very relevant. Later on in the video, he mentions the notions of “Metronome Quotient” & “Entrainment Quotient”, which could be seen as a kind of schematic for understanding the general process of one person transfering information, emotion, or other mental “vibe” complices to another. Knowing what I know about harmonic dynamics from physics, this is very intuitive. When conditions are right (person A is a suitable transmitter, person B is a suitable receiver, attention is localized favorably) — i.e. when the process works — it feels very similar to something like orbital resonance (which is why Jupiter’s moons Io, Europa, & Ganymede have orbital periods in the ratio 4:2:1 — here’s a Steve Mould video explaining this phenomenon). It’s an application of the “soap-bubble” energy-minimization principle: deviations from harmonic equilibrium inducing restoring forces to drag the system into low-entropy resonant modes.
Something else I noticed is Andrés’s emotional/hedonic vibe. He’s always got a smile, on his mouth & in his voice, you can tell that he’s just thrilled to understand this stuff & thrilled to be able to break it down for a willing audience. First of all, obviously this affects the valence of the experience of watching the video, just like smiling when you’re on the phone eases social friction. I think this emotional entrainment can bootstrap informational entrainment as well, by kindling or contributing to overall synchronization, which is neat. It’s intuitive to me; I already “knew” this because walking people through conceptual understanding, processing difficult experiences, &c. is a general passion of mine, and emotion sync is a big part of doing that effectively.
This power to deeply synchronize attention (acausally!) seems like really powerful way to integrate information. It’d have to be in favorable conditions — written word is right out, most likely. Low-stimulus density is important; you want the extraneous setting details/audiovisual landscape to be easy to ignore (to let fade from salience). I think being able to see facial expressions, posture changes, gestural communication, &c. is crucial to be able to really settle in to the entrainment (this is also true in real life — I have no idea why so many people seem almost blind to body language!). Then, by walking through the content in a deeply synchronized way, you know what it feels like to believe it, to synthesize with or wield it against other concepts. That little harmonic signature, that vibe, is there in your mind, ready to be cultivated or dampened by whatever other representations brush against it.
I should also say, I had lots of visual effects during this time of course. Strong tracers, lots of symmetry extrapolation on surfaces. Tons of shimmering on the edges of objects. When I was especially high, I noticed this really cool effect of lowering visual resolution, like a pixelation effect, but overlapping circular blobs of color & texture. They would resolve if I attended to the region. It felt like the corresponding regions of the visual cortex architecture were too energized to be localized properly, blurring/fuzzing of the wave activity translating to decreased specificity in the encoded content. Really neat. The visuals weren’t something I wanted to work with for the moment, so I let myself just enjoy them instead of striving to analyze or categorize.
PsychonautWiki seems to catalog this as environmental orbism. Interesting that they associate it primarily with dissociatives — I have not experienced it on dissos (or anything else). I wonder if there’s something Fourier transform-ish happening with the visual cortex activity, like higher-frequency activity dominating the encoding — if so, it could be thought of as a sort of inverse of symmetrization. No idea, will think about it.
Anyway, I watched the video for a while, frequently backtracking to process content carefully. Eventually it started feeling laborious, so I moved to my bedroom.
XP Phase II
Setting: ~11p. On my bed, very comfortable. Low purple mood lighting. No music.
CW: Some light talk of sexuality.
I wanted to make some time to play with the drug in a very soft, low-stimulus environment. So I just cleared my bed & spread out the top sheet layer, a lush fleece blanket, flat across the top. The space is full of pleasant, comfortable-vibe stuff, so on one side I was enveloped by super-soft blankets & pillows & stuffed animals, very pleasurable. Very deliberately setting an easygoing, pleasurable, sensual vibe for the drug to energize & amplify.
I started taking more hits, just resting comfortably on the blanket to see where it would take me. I just let myself frolick, enjoying the pleasurable touch sensations of my environment, rubbing my hands & legs against the soft surfaces, massaging my inner thighs, feeling out the effects it had on my muscles & sensory processing. I noticed the way my muscles subconsciously started to tense & tighten in anticipation of a hit, and then as the DMT washed through my mind, noticed how it smoothed & blurred & dissipated that tension & the angular mental prickles associated with it. I did a lot of rhythmic contraction & release for various muscles, just letting myself enjoy how relaxing it felt to let it go. I carry a lot of tension in my inner thighs (especially common for girls), so getting deep into the tissue & massaging it out was immensely pleasurable, almost orgasmic at times.
This made me think a lot about the distinction I was drawing earlier, of what I guess I’ll call “positive” vs. “negative”, or “additive” vs. “subtractive” pleasure. This was very much subtractive pleasure, which could maybe be accurately characterized better as “relief”. In other words, nirvana-wards.
I decided that I was in a good state for a breakthrough. I wasn’t sure whether it would happen, since my acute tolerance was probably increasing, so I set the intention that I wasn’t striving for it to happen and that it would continue being a wonderful XP if it didn’t. So I took several (3-4) puffs in succession and lay back to watch.
Here, I noticed a some decoupling of drug effects. I was still getting visuals from each hit, though the open-eye effects were a little less intense, and the CEVs perhaps more. I was still getting positive-valence mental effects — bliss, equanimity, parsimony, &c. However there was a dramatically lowering of that “roller-coaster” feeling, the overwhelming-ness, the sense a drug has seized your experiential field & is now in charge. It’s possible that this was due to me simply becoming more comfortable.
However, the missing qualia is a pretty somatic one, so I think it’s probably acute tolerance attenuating different effects at different rates. Is DMT norepinephrinergic at all? Or is this an endogenous NE effect, or not related at all? Unsure, will research later. That’s a neurochemical I don’t have as much of an intuitive feel for as much as serotonin/dopamine/GABA. Also I should get to know glutamate sometime. Maybe it’s more of a “roller-coaster” feeling because you’re feeling the pull of a novel attractor.
So, a breakthrough didn’t happen; I think that feeling is probably integral to a breakthrough (though I’m speaking from ignorance for now). But I did get huge waves of bliss & felt my all of my mental representations get highly energized. This felt “hyperbolic” in the sense of there being “too much” to fit neatly in onto the mental workspace, so things start jumbling & intersecting and “space” itself expands into itself to accomodate. This is on the level of conceptual representations, so what exactly “intersecting” and “space” mean is left unspecified.
Here’s 2 tangential paragraphs about this. I’ve had this effect before, especially on 4-AcO-DMT and other 4-subbed tryptamines — most extremely, on a truly stupid dose of 160 4-AcO-DMT several years ago, combined with a heavy dissociative I don’t recall (perhaps diphenidine). Never do this! This was many, many years ago, before I had my relationships/career/gender transition/life together, when my thirst for spiritual revelation & relief was matched by my thirst for annihilation & urge to self-harm. Every mental concept just got hopelessly jumbled together and I couldn’t parse a single aspect of my experiential field. It overtook [my model of] my body & external reality, violently smashing together and shredding them and blending them into uncountably many infinitely thin, infinitely long threads all furiously tangling and colliding. There was a sensation of being flung & pulled along this sharp, fast stream along with all the other shreds of my world. As high-entropy a state as I can imagine.
In other words, the entire modeling mechanism of reality, inside & out, underwent a catastrophic system crash. It was immensely physically painful — I felt every bit of physical reality smashing through each other — and it collapsed into this extremely dissonant state with very few experiential components: a 1-frame flashing of pale green & red, an unbearably loud Hypnotoad-esque droning, and sheer unimaginable physical pain. This went on for subjective eternity — to abuse some math notation, I had this intuitive, unshakeable knowledge that S(t + Δt) = S(t), period. I realize now that I was deep, deep in a hellish & steep local minimum. Perhaps you could consider this a “hell realm”. Combined with the “holing” effect of the dissociative, I think this could fairly be considered a seizure-like state. I’m not sure if I was physically moving in reality, as I didn’t have any thrashing marks & I was alone (don’t do that!!), but I do think I wet myself a little. It was one of the worst eternal moments of my life. Walking through this experience with ~5 years of learning & growth behind me, writing this out has actually helped me understand the experience a lot better, so forgive the tangent. Come to think of it, STV has a lot of explanatory power w.r.t. why this was so dysphoric & traumatic, lots of little clues sprinkled in here — my representation system smashed into a catastrophically high-entropy, short-term-unrecoverable state of unfathomable dissonance, inducing physical & psychic agony.
Anyway, back to DMT.
After those 3-4 hits, maybe another part of why it wasn’t overwhelming was related to the notion of “entropy sinks” mentioned in the DMT + hyperbolization video above. I was getting enormous energization of all my representations, but I had no difficulty in skillfully directing them, in applying them to existing mental & physical tension points & smoothing them out, so there was no runaway accumulation. Symmetrization was also very dramatic in CEVs, planar hyperbolic geometries all interweaving at different angles, and the experience of this geometry was itself immensely blissful & high-valence, another strong point in favor of STV. I’d like to strive for brighter, more defined CEVs soon — if I had looked for them earlier, I think they’d’ve presented.
I then took some time to play around with & appreciate my body some more. I let myself explore my body & just revel in my love for it. Lots of transition-centric thoughts here. I played with my breasts, just lightly rubbing & poking them, feeling them jiggle, reveling in how good & right it felt that I had finally grown them after all this time. I felt along the curves of my hips, groping & squeezing, reveling in how good & right it felt that I have this deeply estrogenic body & mind. How, like, over these years I’ve finally found myself falling into the attractor of this cute, bubbly, exciteable, empathic girl I’ve always been meant to become.
I remembered feeling the slightest inscrutable tugs towards it, all those years ago. I remembered blundering around in the dark trying to interpret those gradient descents towards peace with my identity & body. I remembered starting to discover, reveal, & construct this second “persona attractor”, finding this spark of hope & understanding & rightness that I would kindle & cultivate over the coming years. And I remembered the moment I felt myself at the inflection point between the two local minima, the realization that the I could just let myself fall into it, and the immeasurable relief washing over me. I’m nearly in tears recounting this to you, contextualizing this deep consonance & harmony I feel, realizing just how much literal blood, sweat, & tears were demanded of me to achieve it.
I think I annealed a deep understanding of the nature & valence structure of gender transition (at least for my personal case study). It’s not like this isn’t something I’ve thought about in intricate detail for years, so I’ve already earned a very clear picture for myself, but it’s even crisper now, such a simple story once it clicks. STV honestly seems to have tremendous explanatory power w.r.t. gender transition, something I’d like to think & write about more in the future.
I also played around a lot with my representation/experience of sexual pleasure, which I don’t need to get into toooo much detail about, but it was incredible playing around in that space. One weird thing about my mind is that I kind of have a mental “button” wired up for sensual, sexual, submissive pleasure. In other words, I can just push the button whenever I want (I have dissociatives to thank for getting this circuitry wired correctly) — I can feel this submissive pleasure at will. It’s especially effective if I fantasize, so I spent some time letting myself revel in fantasies about various partners of mine doing various things to me, letting the vividity of the feelings wash over me. This wasn’t especially, ah, “intellectual” work, so I’ll leave it at that.
(Side note: I theorize a lot of the “attainments” of technical meditation essentially come down to programming buttons like this. I’m thinking particularly of the brahmavihara (“divine/sublime abodes”). They’ve been conveyed to me as like finding a housekey, so that you can enter anytime.)
Here’s another phenomenon I noticed during this period. A few times I felt a different piece of neural machinery start to whir up — specifically this notion of “self-consciousness”, what I would conceptualize as the submodule of your reality model responsible for modeling the way others would model you back. In other words, I felt this tugging from my self-consciousness engine, nagging with questions like “Don’t you look ridiculous, writhing around alone in your panties? Aren’t you being frivolous, frolicking in pleasure without any thought to intellectual work? What would <Person X> think if they saw you like this? Do you really deserve to consider yourself cute?”
What I’m trying to point out with this is that I found it extremely easy not to engage with this submodule. I could simply fail to regard it, not energizing that representation. Politely say “no thank you” to that mechanism & gingerly place its suggestions on the ground. In the language of NLWV, I noticed this perturbation, but I let it play out & be gone instead of batting down the ripples of the pond. Very anicca-flavored protocol, very familiar to me from meditative experience.
I found I had this ability with all sorts of mental mechanisms. I’m generally mindful of & moderately good at this, but it was cranked up to 11. I had great control over which facets of experience I did or didn’t engage with. If I had a thought about work-related stress, or guilt over lapses in my exercise hygiene, or anxiety about my thumb (which has a damaged ligament), I could so easily say “It’s not skillful for me to engage with & feed this story right now. Now’s not the time.” Strong equanimity. In this sense, I felt ease with & authority over which representations composed how much of my awareness. This is one sort of skill that samatha meditation cultivates, I think. It makes me realize how much I’ve slipped w.r.t. this skill over the past few years, once my life started going well & started growing more complacent.
So, in that moment, I found it easy to cold-shoulder those nagging feelings tugging me out of animal-pleasure-mind. I was able to let myself indulge in the luxuries I’ve cultivated for myself, without shame, which is actually really hard for me usually. I struggle with strong guilt about deserving any success or happiness I achieve. This is something I know I need to work on — being blissful when it is skillful to feel bliss; suffering when it is skillful to suffer.
Speaking of that equanimity, I’ve made a lot of progress towards “skillful sex” (lol), sexual dysphoria being a central theme of my journey from androgenic to estrogenic libido. Allowing your mind to cloud is always a great way to derail sexual pleasure or orgasm, so I’m happy to pick up more skills here.
Anyway, after a while of this, it felt like a good time to pack it up & let the afterglow run its course, starting to integrate the experience. So I put on some music (Strange Diary by Psychic Twin), lay down, & chilled for a while, eventually turning on a light-complexity video & eating some snacky food (which I typically avoid). I took 0.5 mg clonazepam to help still my mind. This XP kept me up till about 2am, but once I lay down to sleep, it didn’t take too long.
[T + 1 day]
I awoke & got up with ease, which is unusual for me. Perhaps residual stimulation combined with the benzo wearing off during the night, but this is also a known fruit of metta meditation which I’ve cultivated for long periods in the past, so this is something I’ll keep an eye on next time. Metta is something that I’ve practiced skillfully before and it’s at the top of my priority list for improving my meditation hygiene.
Mentally, I feel good. I took my standard 10 mg adderall & 300 mg gabapentin after waking, and I’ve had the energy & focus (and desire!) to write this report, which has taken several hours lol.
I do also have this sensation of being drained, too. It’s hard to explain because it’s not really valence-negative or preventing me from action. It kind of feels like a flatness; my closest approximation is not a recreational drug or crash but how I feel if I’m late with my estrogen injection. But in any case, I do know I need to have patience with & take care of myself today.
Damn! This bliss-stick is extremely powerful — not just in terms of how powerful its psychedelic grasp is, but in terms of the applicability of that power. I can see DMT helping me smooth out all sorts of specific (tactics-level) things about my life, and deliberately integrate all sorts of content, in addition to the sheer spiritual blastoff effects. A central theme in this XP is that feel of rounding out “angular” points of tension in mental representations, slipping down those parsimony gradients, massaging the joints of your mind.
I do get the strong intuition that this is a substance to be taken seriously. I won’t be using it casually… (well, for the most part. We’ll see). It’s funny to me that I tried so many drugs so many years ago before finally trying DMT, but I’m honestly glad I’m getting to know the crown jewel at this point in my life, with many different avenues of life experience to synthesize for interpretation & integration.
My cart is running fairly low. I’ll be getting more. I think if I had really gone for it right away, I would have had a breakthrough, so I’ll probably go for it soon 😊
Related trip report by Cube Flipper (pseudonym of an anonymous reader):
Vaping the Genderfluid: Exploring Gender Identity on DMT
Some background on me: I’m in my early thirties, AMAB, somewhere on the autism spectrum (which mostly manifests as skin sensory issues), and a long time Qualia Computing reader.
Sometime last year, my “egg cracked”, to use the parlance of our day. I’d read in the past how autism and gender dysphoria were heavily correlated. I revisited events from my past and decided it was worth exploring whether or not some of my experiences could be explained by gender dysphoria. I suspected that leaning into a more feminine gender identity might feel more comfortable and help me to “vibe” better.
I shaved my legs, got my ears pierced, and started adopting a more feminine identity internally. This felt not unlike flipping a Necker cube on myself from masculine to feminine. I figured out how to see a more female face in the mirror. I started to move differently. I experimented with my voice. I would mostly do this in social settings, though I’m not sure how noticeable it was from the outside.
I even spent three months on estrogen at one point, hoping that its use would help with my sensory issues (it did), before discontinuing its use for a number of unrelated reasons. The phenomenological effects were too numerous to go into detail here; I hope to write up a detailed “HRT trip report” at a later date. Long story short, I found estrogen to be anti-dissociative – like the opposite of ketamine (this assessment is informed by Zinnia Jones’ writeup comparing the effects of HRT with Lamotrigine). My senses felt more tightly integrated – less skin sensitivity, less “noise”, less annoying prediction errors – it was euphoric.
However, my gender identity still felt in flux, unstable. I wasn’t even sure ‘identity’ was a real thing – what is the qualia of identity?
Anyway, I recently gained access to a DMT vape pen, and have been using it on a daily basis to perform a low level annealing on myself, usually in the mornings after a bit of exercise.
I should describe my practice: I lie down, remove any uncomfortable clothing, and ensure my body is relaxed and in a symmetrical position with no muscles under tension. I take one or two puffs on the vape pen – not enough to see more than faint visuals – but enough to feel the bodily vibrations arise, settle, and crystallise throughout my body. I should be clear that my gender identity was not the focus of these experiences, high valence and annealing was.
I am a believer in Leharian force fields: Our sense of touch, bodily awareness, and space is embedded in something like a three-dimensional vector field. As we experience various stressors throughout our daily lives, various contractions, foldings, and distortions can work their way into the “force fields” which guide the way we move and the way we direct our attention. When I smoke DMT like this, I sometimes feel these contractions unfold themselves. This can be kind of unsettling at the time, but in the wake of these experiences I notice my awareness is more expanded and I feel I am navigating a much smoother, less crumpled “possibility space” as I go about my life. Notably, these “unfoldings” don’t tend to happen a second time after vaping DMT again afterwards.
Additionally, colours felt more vivid, and my senses felt brighter – not unlike how I felt on estrogen!
I continued this practice for perhaps a couple of weeks. Something I began to notice was that I was no longer flipping the Necker cube on myself; I was no longer bothering to lean into the feminine identity I had been experimenting with in social settings.
I theorise that the annealing process had drawn my self-model – a giant tree of priors – back towards the stable attractor of my pre-existing masculine identity. Imagine tuning the parameters on a slightly distorted Sierpinski pyramid, bringing it into alignment with itself. I felt comfortable with my masculinity again.
I hope nobody misunderstands me, I don’t mean to say that if you are transgender DMT can draw you back to a pre-transition identity. Quite the contrary, I think DMT can grant you the bandwidth necessary to assess which identity feels most internally robust to you. It’s quite likely that estrogen also can give you the boost required to explore and stabilise your sense of identity.
I had fun exploring my feminine side, and there’s parts of that experience which still stick with me; I still wear earrings and I still shave my legs (because it feels good… and it helps deal with sensory issues). I may yet return to these experiences someday.
By an anonymous reader (this was sent by someone who was formerly deeply skeptical of the Symmetry Theory of Valence. The experience described below made them reconsider QRI’s explanatory frameworks and paradigms. In their own words: “[this experience I] recently had made me think “hmm so maybe there _is_ something to the STV”).
There was a sequence of going back into old experiences, each of them somehow positive or negative. The very earliest one that came to mind was a memory of my mother talking to me with love and delight when I was maybe one year old. There was a sense that my mind and body had been in a particular kind of position when that had happened. Ever afterwards, they had been trying to shift themselves back into that same position, on the theory that the same internal configuration would recreate the same external environment and recreate the same experience of being loved.
There was a sense of the bodymind holding a pattern that was a snapshot of that moment of love, and that the bodymind had been trying to also align the external world into the same kind of a position, out of an understanding that the pattern could only be completed – the puzzle piece matching the rest of the puzzle – if the external world provided the right fit for the bodymind’s internal configuration, letting them interlock in the way that would recreate the old pattern.
In the moment of completely seeing this, there was an understanding of the wisdom that the stuck pattern held – it had correctly seen and recorded a facet of reality, of what I had been like and how that had gotten me love – and also of the fact that its vision had only captured an incomplete facet, with it being impossible to go back to being a baby and replay the same experiences.
As this was seen, seeing the pattern that the stuck energy had been trying to complete caused it to be completed, the parts interlocking once more. There was a sense of the stuck energy pattern being released and melding back into a pattern of universal harmony and love that could be felt in the body. There was an understanding that the stuck pattern had previously acted as a constraint, trying to repeatedly pull the bodymind into a particular configuration whenever possible in order to recreate the original harmonic pattern, when the harmonic pattern had actually been available all along.
Something shifted and the legs felt like they opened and spread out, a pull relaxing that the mind hadn’t even known was there.
There was a sense of tapping into the universal harmony that could now be felt in the body, as a stream of energy trying to run up from the root chakra to the top of the head. As the body tried to upright itself to align with the energy, it found more stuck patterns interrupting the flow, each of them associated with a past experience and a particular configuration of the bodymind that was at odds with the one that the stream was trying to upright the body to.
There was a seeing that the bodymind’s configuration would affect the bodyminds of the people around it, all other people also moving in a constant process of trying to recapture particular configurations, trying to pull their environment into shapes that would complete specific patterns. In seeing this, there was a sense of testing possibilities. If this bodymind wanted to upright itself, what positions would that pull the bodies of others into? How would those positions constrain this body’s positions, and what was the shape that it would be pulled towards in turn?
Each of those considerations brought up a new pattern of stuck energy, a time when the bodyminds of others had been in a particular position, and this bodymind had learned to adapt or avoid a particular position in response. Whenever such patterns were found, they temporarily turned into reality, with the bodymind reliving the experience and seeing both how the pattern held within a piece of wisdom – a true fact about what reality had been like – and how that pattern was at the same time incomplete and unintegrated with the rest of the bodymind’s knowing.
Sometimes that lack of integration caused the pattern’s understanding to be a mistake overall. There were situations when an energy pattern had been scanning for signs of others reacting negatively and stored that as the primary interpretation of the experience, seeing only that and missing out on the way that the thing had been too minor to matter, or missing out on the way that others had been able to see the positive aspects as well.
There was a sense that the act of trying to assume specific configurations required selectively taking in information, so as to not see things that would destabilize the desired postures. There was a sense that the content of consciousness gets selectively filtered so as to create particular mindstates, to allow certain configurations to be reliably recreated.
There were fears around the possibility of being seen, a sense that others would not necessarily take well to a bodymind that was standing upright, and would try to bring it back down. There was a sense that the configurations of their bodyminds had constantly been pulling this bodymind back into more cramped positions, as a way for it to stay safe.
There was a sense that many of the configurations the bodymind has been trying to contort itself into have been physically impossible, different people requiring different physical positions that have been impossible to satisfy at once. There was a thought that it’s no wonder that this bodymind has been grinding teeth at night, given all the contradictory expressions that the jaw and the face have been trying to take at once.
There was also a sense of how some other people’s erratic behavior had been a result of them trying to twist themselves into impossible sets of overlapping configurations. There was a sense that bodyminds will allow the tension of the physically incompatible postures to tear themselves apart, so that different parts of the whole can get split off to adopt different postures at once.
There was a sense of people occasionally catching from the corner of their eye a glimpse of something that a part of them thinks they absolutely cannot be allowed to see, their bodymind instantly making a sharp angle to rotate away from the sight of it and blocking all line of vision, in a single movement of pure terror.
There was a perception that despite everything, the positions of other people didn’t need to matter, and that if this bodymind could tap into the universal resonance of harmonious energy, then that resonance would pull at the body stronger than any other bodyminds can.
There was a sense that if the bodymind tapped into the universal resonance, it wouldn’t need to contort itself to others, but would rather dance together with others who were part of the same resonance, standing effortlessly upright at all times if it so desired.
The bodymind tries again to align with the resonance, to find a stable flow of energy going up from the pelvis through the body.
As stuck energies stored in different parts of the body are released, those parts test whether the rest of the body is capable of holding their full energy. The body parts trash against their restraints, then relax as they become assured that it is safe to do so. Waves of laughter and contented sighs bubble up through the system, a flavor like warm pleasant honey.
There’s a seeing that all the different holds and stuck energies have been attempts to capture the universal resonance and that the way to relax them is to lean into them until they meld back into the resonance, each of their energies containing a fragment of home that shows the way back.
As one leans into them they each become more like reality, are reality, and then there is a recollection and recognition of their essential truth as it’s merged into the whole. Each such merging allows one constraint to be released, for the dynamic system that is the bodymind to move more fluidly between positions, no longer forced to twist and contort itself into a particular rigid shape whenever it comes near to that region of configuration space.
Rather it can do what bodyminds exist to do, weave a smooth and graceful path between configurations that make sense in any given situation, dancing in a way that still repeats specific configurations but with a fluidness that is every human’s birthright.
To have too many constraints is to be torn apart; to have no constraints is to be a newborn incapable of action; to have just the right amount of constraints, pulling the bodymind into configurations that are the right expressions of its essential self, is to be a mature and competent adult.
As this happens, it is as if resonance patterns spread across the body, connecting parts that were previously disconnected. The feet start drumming together, remembering that they are brothers who can do their own thing. The throat spontaneously joins the chants and the song of the people around. The pelvis finds more of its energy, though large parts of it still feel blocked off.
As constraints are dropped and the bodymind manages to better tap into the universal harmony, it begins looking for a new shape, one that would be harmonious both with the universal resonance and the bodymind’s own pattern of energy. Parts of the body try tuning themselves into the song and music and try what it’s like to be in harmony with the universal resonance, what it’s like to generate their own resonance patterns that are separate from the universal resonance but harmonious with each other, how to create something of one’s own that combines with that which is not one’s own. The bodymind explores a role and an identity as a bard-shaman of earth, song and myth, sees where parts of that would fit and where they would not.
There is a sense of harmonious delight and love, of everyone in the room being connected to the same universal resonance that is pulling everyone together, each of them also contributing a piece of their own unique essence into the whole. There is an experience of seeing this bodymind from the outside, and a feeling of it being beautiful and lovable. These new patterns are absorbed into the bodymind to act as the foundation for a new way of being.
Healing Trauma with Neural Annealing might help explain this quote: “There was a sense that the act of trying to assume specific configurations required selectively taking in information, so as to not see things that would destabilize the desired postures.” In particular, note the proposed duality between physiological dissonance and resisting information discussed in that article (special emphasis on “denial”).
Buddhist Annealing: Wireheading Done Right with the Seven Factors of Awakening (video). This might help explain: “As stuck energies stored in different parts of the body are released, those parts test whether the rest of the body is capable of holding their full energy.” Namely, that one key aspect of equanimity is increasing impedance matching between various parts of the nervous system so that one part can process the stress stored in another one.
Non-Linear Wave Computing: Vibes, Gestalts, and Realms. This video provides a conceptual framework capable of making sense of “stuck patterns” that “need to be completed by environmental circumstances”. In brief, these are stored non-linear patterns of resonance that require their oscillatory complement in order to become harmonious. Dissolving them allows you to instead rely on the natural harmonics of your nervous system and thus to not be dependent on external circumstances for positive valence.