Identity Keeps the Score

The brain predicts it. The body plays it. Identity wrote it.

**Note: This piece draws from my original ideas, research, hooks, and metaphors. For editing and some wording, I’ve used AI tools trained on my own books and style, always blending technology with my hands-on curation and oversight. Thank you for being here... Jade.

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Years ago, in the middle of a psychedelic journey, I went still and turned my attention inward and felt something I had been avoiding for most of my adult life. A heat in my lower midsection. A pressure near where my appendix would be. Not pain exactly. Something wrong. Something there.

One of the things I had learned by then, the hard way, is that whatever you are afraid to look at directly is exactly the thing you have to turn and face. So I turned. I went toward it.

What I found, when I got close enough, was a green slug. That is the cleanest way I can say it. A small dense thing the color of moss, attached to my viscera the way a leech attaches to skin. It had a face. It had intent. It did not want me there. It did not want to leave.

I tried to reason with it first. That did not work. So I went to battle with it. There was a struggle, the way there is a struggle in a dream when the dream tells you what kind of thing this is. Eventually it dislodged. I watched it float up out of my body and dissolve, the way Voldemort dissolves at the end of the last Harry Potter book, into a fine dust that catches the light and is gone.

What was left in the space where the slug had been was a small boy. Six years old. Maybe younger. He was hiding. He had been hiding for a very long time. I coaxed him out. I held him.

When I came back, the sensitive gut I had carried for almost twenty years was essentially gone. Not better. Not improved. Gone.

I am a physician. I have spent two decades in clinic. I know what an anecdote is and I know what a case study is and I know what a coincidence is. This was none of those things. Something had changed. Something upstream of my gut. Something upstream of my brain. And whatever it was had reached down through the entire system and reorganized the part that had been speaking to me through that organ for two decades.

Which is not how the body is supposed to work, if you believe the textbooks I trained on.

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The thing nobody in the trauma debate seems willing to say out loud is that every diligent clinician with more than a few years of practice has seen things like this. I am not unique. Patients like Naomi.. who I will share with you shortly… are not unique. The patient who walks in with two decades of chronic low back pain that resolves over a weekend after a single piece of betrayal finally gets named is not unique. The anxiety that lives in the GI tract. The autoimmune flare that follows the divorce. The chronic infection that clears when something is finally allowed to be felt. The weight that drops only after the psychological weight does.

These are not edge cases. These are the pattern. Anyone honest who has been doing this work long enough has a list. The list does not fit the materialist model. The list does not fit the somatic-storage model either. The list keeps pointing past both.

Which is why I want to talk about what just got published.

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A Study That Changes Everything?

Frontiers in Systems Neuroscience (29 April 2026; Volume 20) just published a paper called “The Body Does Not Keep the Score: Trauma, Predictive Coding, and the Restoration of Metastability.” The authors are Steven Kotler, Michael Mannino, Glenn Fox, and Karl Friston. Friston is not a small name. He is the architect of the free energy principle and active inference, arguably the most influential theoretical neuroscientist alive. When he co-signs a paper that takes a swing at Bessel van der Kolk’s “The Body Keeps the Score,” the trauma world has to take notice. It is.

The argument of the paper, stripped down, is this. Trauma is not literally stored in tissues. There is no special trauma-substance lodged in fascia or viscera or muscle. What endures after trauma is a brain-based pattern..... over-precise danger priors, rigid threat predictions, a collapse of the brain’s normal flexibility in switching between mental states. The body is not the archive. The body is the messenger. The brain dynamically reenacts trauma through what they call maladaptive inference, and the body just plays out what the brain predicts.

It is a sharp piece of work. The mechanism is described with more rigor than anything in The Body Keeps the Score, and the data the authors pull together is genuinely impressive. And the headline has gone exactly where you would expect. Across social media, in clinician forums, in the wellness industry, the line is already being repeated. The body does not keep the score. As if the matter were settled.

Here is the problem. Both sides of this argument are right about what they are describing and wrong about what they are claiming it means. Van der Kolk was reaching for something real that he could not quite articulate inside the framework available to him. Friston and his coauthors are clarifying something real that the original metaphor had blurred. But both slogans are now functioning as bumper stickers for ontological commitments that the data do not support. And the new slogan, because of the weight of the names behind it, is about to do a decade of damage to a clinical field that was just starting to take embodiment seriously.

I want to lay out, carefully, why both slogans collapse the same thing from different ends.

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Brain is Body

Let’s start with the most obvious problem. The brain is the body.

This is so plainly true that it should embarrass everyone involved to have to say it. The brain is made of cells. Those cells live inside a skull that sits on a spinal cord that runs through a body. The brain communicates with the rest of the body through nerves, hormones, immune signals, lymphatic flow, and the vascular system. There is no clean line where the brain stops and the body begins. The vagus nerve alone is enough to make the distinction meaningless.

When the new paper says trauma is in the brain and not in the body, what it actually means, if you read carefully, is something more specific. It means that trauma is not stored in non-innervated tissue. That is a much narrower claim, and it is probably correct. Nobody serious thought the trauma was sitting in your fascia the way a splinter sits in your thumb. The strong reading of The Body Keeps the Score was always the popular reading, not the clinical one.

But the slogan being generated from the new paper does not preserve that distinction. The slogan being generated is “the body does not keep the score.” That is not what the paper proves. That is a much bigger claim than the data support, and it is the claim that is going to get repeated, and it is the claim that will mislead an entire generation of clinicians who are already inclined to think the body is just a meat puppet for the brain.

If trauma is in the brain, it is in the body. The argument is over before it starts.

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What the new paper gets right.

The predictive-processing model of trauma is a real advance. The brain in this framework is not a controller or a creator. It is a prediction engine. It generates expectations about the world and about the body and continually updates those expectations against incoming sensory data, trying to minimize the gap between what it predicts and what it perceives. This is one of the most important shifts in cognitive neuroscience in fifty years. The brain is not the boss. The brain is a forecaster, constantly running models, constantly being corrected by the world.

When trauma happens, what changes is the forecasting. The priors get heavier. The threat predictions get hyper-precise. The system loses its ability to flexibly switch between different interpretations of incoming signals. Everything starts looking like the original threat. Even when the present moment contains no threat. Even when the body is safe. The model is locked.

There is a paper from 2020 by Valery Krupnik in Frontiers in Psychology that lays this out beautifully. It is titled “Trauma or Drama: A Predictive Processing Perspective on the Continuum of Stress,” and it makes a distinction I think is exactly right. Krupnik separates the traumatic stress response, which is the rapid drastic recalibration of the predictive model after a severe sudden event, from the pathogenic stress response, which is the slower more pervasive change in the model that comes from chronic ongoing adversity. Different mechanisms. Different speeds. Different signatures in the body. Same machinery underneath.

This maps almost perfectly onto a distinction I have been making in my own work for years. SEES events. Severe and sudden. The car accident, the assault, the loss. SCEES events. Subtle and continuous. The parent who was emotionally unavailable. The slow erosion of safety in a marriage. The decades of being not quite seen. Krupnik’s trauma versus drama is my SEES versus SCEES with academic vocabulary. And their (not sure if this researcher is male or female) point is the same point I have been making clinically. The subtle continuous stuff often runs deeper than the severe sudden stuff because it is covert. The system never knew to brace for it. The slow drip remodels things from the inside, while the system thinks the water is normal.

So far so good. The predictive-processing model accounts for a lot. It explains why trauma survivors flinch at neutral cues. It explains hypervigilance. It explains why the same conversation lands one way for one person and a completely different way for another. The model is good.

And the model has been here for a while in a related domain. Pain.

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If pain is predictive so too is psychology?

Modern pain science has spent the last fifteen years quietly arriving at the same conclusion the new trauma paper just announced. Pain is not a signal from tissue. Pain is a prediction. The brain integrates input from nociceptors with context, expectation, prior experience, social cues, and identity-level beliefs about the body, and constructs the experience of pain. Two people with identical tissue damage will have radically different pain. The same tissue damage in the same person at two different times will produce radically different pain depending on what the rest of the system is doing.

Chronic pain, in this model, is a stuck prediction. The brain has built a model of the body as damaged or unsafe, and it keeps generating pain consistent with that model, regardless of what is actually happening in the tissue. Sometimes long after the tissue has fully healed. Sometimes when there was never any tissue damage at all.

This is the current dominant position in pain science. It has become nearly controversy free.

So here is the question. If pain is a prediction constructed by the brain and enacted through the body, is pain “in the body” or “in the brain”? The question is incoherent. The pain is in the predictive system that runs through both. Asking which compartment it lives in is a category error. There is no compartment. There is one system, with the brain doing the forecasting and the body doing the executing and the world doing the input, all in a continuous loop.

Trauma uses the exact same machinery. The new paper is not toppling Van der Kolk. The new paper is catching up to where pain science has been for a decade and a half. And the argument about whether trauma is “in the body” is the same incoherent argument as the argument about whether pain is in the body. Both are in the predictive loop. Asking which side of the loop they live on is the wrong question.

Which brings us to the real question. The one neither side seems willing to ask.

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Where are the predictions coming from?

If the brain is a predictor and not a creator, what is it predicting from?

The new paper does not answer this. The whole predictive-processing literature, when you read it carefully, leaves this open. The brain forecasts from priors. Priors are belief-like structures that weight incoming sensory data. Priors are what determine whether a shadow looks like a threat or a tree. Priors are what determine whether a partner’s tone of voice lands as concern or as criticism. Priors are what determine whether a sensation in the chest is interpreted as anxiety or as excitement or as the start of a heart attack.

The brain reads from priors. The brain does not write priors out of thin air. The priors come from somewhere.

Where?

The mainstream answer is that priors are emergent properties of brain-body activity. Learned from experience. Encoded in synaptic weights. Built bottom-up from sensory history. This is fine as far as it goes. It accounts for some of the priors. The reflex to flinch at a sudden noise. The expectation that hot stoves burn. The associations between specific contexts and specific bodily states.

But it does not account for the priors that matter most clinically. The prior that says I am not safe. The prior that says people leave. The prior that says I am too much, or I am not enough, or love is conditional, or if I let down my guard something terrible happens. These priors are not synaptic weights built from raw sensory history. These are stories. These are stories with characters and plots and emotional logic and moral weight. These are stories about who I am and what the world is and what is supposed to happen here.

The new paper, like most of the predictive-processing literature, does not have a clean account of where these stories come from or what they are. It treats them as high-level priors and moves on. But this is the level where trauma lives. This is the level where Naomi lived for thirty years (story coming). This is the level where the gremlin in my groin came from. This is the level the materialist frame cannot quite reach.

Stories combine with emotions and form beliefs. Beliefs cluster and form identities. Identities aggregate and form personality. And personality sets the gate for what the nervous system will predict. The brain reads from that gate. The body plays what the brain predicts.

That is the actual flow. Top down. Identity first.

The brain is the reader. The body is the player. Identity wrote the score.

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A wild case study

Let me tell you about Naomi.

Naomi Han is a nurse practitioner. She is also a friend, a colleague, and one of the most intellectually rigorous clinicians I have met. She did not grow up in a household where emotions were expressed. Her father was military, Chinese, never showed emotion. Her mother was young, in an arranged marriage, dealing with her own things, also did not cry. Naomi grew up with the understanding that whatever happens to you, you put it in your pocket and you keep moving.

In her early thirties, during a routine workup, Naomi learned she had hepatitis B. She believes she was born with it. Hepatitis B is endemic in the culture she grew up in, and she believes her parents had known and never told her. No doctor had told her either. She felt betrayed. Hepatitis B is not curable in the way hepatitis C is curable. The hep C virus lives in RNA and can be cleared. The hep B virus integrates into the host DNA. You do not get rid of it. You manage it for the rest of your life with antiviral medication that keeps it suppressed.

Naomi went on the antiviral. She also enrolled in a research study. Every four to six months for eight years she got her blood drawn. Viral titers, liver enzymes, full panel. Eight years of measurements. Eight years of essentially identical numbers. Stable. Manageable. Not curing. Not getting worse. Holding.

Then she did the work.

The work, in this case, was the kind of identity-level work I have been describing. She entered our coaching program. She attended an event we call the Awakening. During that event, in a guided altered state, she finally accessed a story she had been carrying since adolescence. A violation in her teens that she had never told anyone about. Not her parents. Not her husband. Not a friend. Nobody. She had put it in her pocket and walked thirty years carrying it alone, because that was what she had been taught a person did with a thing like that.

In a meditation during the event, she encountered something underneath the violation that mattered more than the violation itself. The story she had been telling herself for thirty years was that her mother had abandoned her. Her mother had not protected her. Her mother had failed. That was the cement underneath everything. And in this altered state, she saw something she had never seen before. She saw that the violation had happened during the daytime. And she remembered, suddenly, that her mother had always insisted she be home before dark. That her mother had been trying to protect her in the only way she knew how. The night was what her mother feared. The mother had been showing up the entire time, just not in the way Naomi had been able to recognize.

The story shifted. The identity-level prior changed. Naomi started crying. She had not, in any real sense, cried in thirty-some years.

She went back to her next blood draw not thinking about any of this. The researchers called her. Her viral titers had dropped six points. From around six down to one. In a hep B chronic infection where the numbers had been flat for eight years. They asked her what she had done. What medication did she change? What supplement did she take? What other study was she in? Nothing, she said. The only thing I did differently was I learned to cry.

Her current viral load is 0.01. Functionally undetectable. The researchers say maybe one to two percent of people with chronic hep B ever clear it spontaneously.

Now. I want to be careful here. One case is not proof. Naomi and I are both evidence-based clinicians, and we both said this out loud on the podcast where we discussed her case. We cannot claim cure. We cannot claim causation. What we can claim is correlation, with longitudinal quantitative data, in a controlled research setting, on a person whose medication and lifestyle did not change, where the only variable that did change was the identity-level work.

Which is a strange thing to have to defend, but here we are.

The materialist frame has a hard time with this. Predictive processing, on its own terms, can describe what happened in her nervous system once the identity prior shifted. It can model the change in autonomic tone, the drop in chronic immune-suppressive cortisol, the reorganization of the inflammatory milieu. What it cannot explain is the upstream cause. What it cannot explain is why a thirty-year-old story about a mother’s absence, rewritten in a single meditation, would reach down through every layer of the system and reorganize the way the immune system was interacting with a DNA virus.

It cannot explain it because that level of upstream causation is not what the framework is built to describe.

But the framework I work in describes exactly that. Story plus emotion forms belief. Belief forms identity. Identity sets the gate for the nervous system. The nervous system shapes the endocrine and immune environment. The endocrine and immune environment determines what your body can and cannot do, including how it interacts with chronic infections. Change the story at the top, and the entire cascade reorganizes underneath.

This is what I have been watching happen in clinic for two decades. Naomi is the case I can point to because she had the research data. But she is not the only one. She is one of many.

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Here is what I think

Here is where I want to make the move the new paper is not willing to make.

The brain is a predictor. Predictive processing is right about that. The brain is not the author. The brain is reading from priors. Predictive processing is right about that too. But where the predictive-processing literature stops is precisely the place clinicians need it to keep going. What is the nature of the priors that matter most for human suffering?

The materialist answer is that they are patterns of synaptic weight, instantiated in brain tissue, built bottom-up from experience. Fine. Maybe. But then explain Naomi.

The alternative answer is that the priors that matter most are stories and identities, and that stories and identities are not made of neural tissue. They use neural tissue the way a song uses a radio. The radio is necessary. Damage the radio and the song degrades. But the song is not the radio. The song was somewhere before the radio came on. The song will be somewhere when the radio goes off.

You can call this a belief field. That is the term I prefer when I am talking to skeptics, because it does not invoke energy-medicine baggage and it is closer to the truth of what we are describing. Stories, emotions, beliefs, identities, personality patterns.... a structured field of priors that the brain reads from and the body plays out. Call it the belief field. Call it identity. The names matter less than the structural claim.

The structural claim is that this field is upstream of the brain and the body, not downstream. The brain does not generate identity. Identity generates the brain’s predictions. The body does not store the trauma. Identity holds the pattern, and the brain reads that pattern, and the body plays what the brain predicts.

You can go further if you want. You can say that the belief field is itself a local expression of something even more upstream... consciousness, awareness, the field of meaning itself. That is an ontological move that the data do not force, but neither do the data forbid it. The predictive-processing data are agnostic on this question. They describe the mechanism. They do not settle the metaphysics. Anyone telling you the new paper proves the materialist position is reading philosophy into a paper that did not write it.

For now, you do not even need to go that far. The clinical claim is enough. Identity is upstream. The brain reads. The body plays. The score is not stored in tissue and it is not stored in cortex. It is held in the identity layer, which uses both.

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Parts & Priors

When I went back into that psychedelic journey and turned to face the heat in my lower midsection, the gremlin I encountered was not predicted into existence by my brain. It was already there. It had a face. It had been there for a long time. The six-year-old boy hiding behind it was also already there. Neither of them was a hallucination in the dismissive sense. They were the contents of an identity layer that had been organizing my physiology for almost twenty years. The gut symptoms were not the trauma. The gut symptoms were what the body played while the gremlin stayed in the system.

When the gremlin was met.... reasoned with, fought, eventually released.... and the boy was held, what changed was the identity layer. The story about safety and protection and being too much had been quietly running every prediction my nervous system made about how to hold my abdomen, what to do with food, when to brace. That story reorganized. And the cascade underneath reorganized with it.

The brain was predicting. The body was playing. But the gremlin was not predicted. The gremlin was met.

And meeting it changed the score.

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The body plays the score the brain predicts it

So when you see the headline that the body does not keep the score, do not take it the way it is being marketed. The new paper is real work. The mechanism it describes is real. But the slogan it generates is not the conclusion the data support. The body does not store trauma the way a hard drive stores a file, true. But the body is not irrelevant either. The body is the player. The brain is the reader. And identity, the part neither slogan wants to name, is the composer.

If you are a clinician watching this debate unfold and feeling the tug of both sides, here is what I would offer. Trust what you have seen. The patients whose chronic conditions resolved after meaning shifted. The decades of pain that dissolved over a weekend when one piece of identity finally moved. The bodies that came online only after the stories underneath them were finally told. You were not imagining it. You were seeing exactly what every diligent clinician sees if they pay attention long enough.

The map is just incomplete on both sides. The new paper sharpens one part of it. The old book pointed at another part of it. Neither is wrong. Both are looking at the same elephant from different ends. And both keep missing the part of the animal that is not made of tissue or neurons, the part that holds the whole thing together and decides what the rest is going to do.

That part is identity.

That is what keeps the score…. IMO

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PS: If you are a clinician, coach, or practitioner who has watched the pattern I am describing in your own patients and who wants the framework, the methods, and the certification to do this work at depth, the Human Architect Certification is where I teach it. We train clinicians and coaches to work at the identity layer with the precision the rest of the field is still catching up to. Spots are limited and we open enrollment in waves. Learn more here: https://www.nextlevelhuman.com/human-coach

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References:

Metzinger, T., & Wiese, W. (2017). Predictive processing and the varieties of psychological trauma. Frontiers in Psychology, 8, 1890. https://doi.org/10.3389/fpsyg.2017.01890

Kube, T., Berg, M., Kleim, B., & Herzog, P. (2020). Rethinking post-traumatic stress disorder: A predictive processing perspective. Neuroscience & Biobehavioral Reviews, 113, 448–460. https://doi.org/10.1016/j.neubiorev.2020.04.019

Krupnik, V. (2020). Trauma or drama: A predictive processing perspective on the continuum of stress. Frontiers in Psychology, 11, 1248. https://doi.org/10.3389/fpsyg.2020.01248

Krupnik, V. (2017). Predictive processing and the varieties of psychological trauma. In T. Metzinger & W. Wiese (Eds.), Philosophy and predictive processing (pp. xx–xx). MIND Group. (If you cite the chapter version; check exact page range.)

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McEwen, B. S., & Morrison, J. H. (2013). The neurobiological and systemic effects of chronic stress. Dialogues in Clinical Neuroscience, 15(4), 321–338.

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Barrett, L. F. (2023, December 4). Does the body really “keep the score” of trauma? Big Think. https://bigthink.com/neuropsych/body-keeps-score-trauma/

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Kotler, S., Mannino, M., Fox, G., & Friston, K. (2026). The body does not keep the score: Trauma, predictive coding, and the restoration of metastability. Frontiers in Systems Neuroscience, 20, 1812957. https://doi.org/10.3389/fnsys.2026.1812957

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van der Kolk, B. (2014). The body keeps the score: Brain, mind, and body in the healing of trauma. Viking.