Maybe the Body Doesn’t Keep the Score After All

A new neuroscience perspective on trauma suggests the brain may be predicting danger — not storing pain in the body forever.

What if trauma isn’t trapped in your muscles, fascia or cells — but instead reflects a nervous system stuck expecting danger? Emerging neuroscience offers a more hopeful model of healing based on flexibility, movement, flow and retraining the brain’s predictions.

For years, one phrase has shaped how millions of people think about trauma: “The body keeps the score.”

Popularised by Bessel van der Kolk, the idea resonated deeply. Many people recognised themselves in it. Trauma did not just feel mental — it felt physical. Tight chest. Knotted stomach. Hypervigilance. Exhaustion. Panic. Chronic tension. Emotional shutdown.

The theory seemed to explain why painful experiences can linger long after the event itself has passed, but emerging neuroscience is beginning to challenge the literal interpretation of that phrase.

A new paper titled The body does not keep the score: trauma, predictive coding, and the restoration of metastability argues something surprisingly hopeful: Trauma may not be physically “stored” in the body at all, instead, the brain may be repeatedly recreating trauma responses through learned predictions of danger.

That distinction changes everything.

Trauma as prediction — not storage

The article proposes that the nervous system works less like a storage vault and more like a prediction machine. Your brain is constantly asking:

Am I safe?
What happens next?
What should I expect?
What do these bodily sensations mean?

After trauma, the brain can become overly convinced that danger is still present. This means:

harmless sensations feel threatening
bodily arousal becomes interpreted as danger
the nervous system becomes hyper-alert
the brain repeatedly confirms its own fearful predictions

For example: Your heart races slightly.

The brain predicts: “Something is wrong.”

You become anxious.

Your body reacts further. The brain then says: “See? I was right to be worried.”

And the cycle continues. According to the paper, this is not the body independently “holding” trauma in tissues or muscles, it is the brain continuously predicting danger and interpreting bodily sensations through that lens.

The nervous system gets stuck

The article introduces a fascinating concept called metastability. In simple terms, a healthy brain is flexible.

It can:

adapt
shift perspective
calm down
reassess situations
move between emotional states
tolerate uncertainty

Trauma appears to reduce this flexibility. The brain becomes stuck in rigid patterns:

hypervigilance
avoidance
fear
emotional shutdown
repetitive thoughts
defensive reactions

The authors compare it to becoming trapped in a deep mental ravine where the nervous system keeps falling back into the same pathways. The problem is not weakness, but reduced flexibility.

Why trauma feels physical

This model does not dismiss bodily symptoms. Trauma absolutely affects the body. People may experience:

chronic tension
fatigue
digestive issues
panic sensations
shaking
insomnia
muscle pain
emotional numbness

The article argues these symptoms are generated through brain–body feedback loops rather than frozen emotional energy stored in tissue. The body is participating in the process — but it is not necessarily an archive of trauma. That may sound subtle, but it is actually incredibly important. Because if trauma is prediction-based rather than permanently stored, then the nervous system can learn new predictions. This in turn means healing is possible.

The surprising importance of flow states

One of the most interesting parts of the paper explores flow states. Flow is that feeling of total absorption where:

time disappears
self-consciousness fades
attention becomes fully focused
action feels natural and fluid

Examples include:

surfing
singing
dancing
hiking
gardening
painting
music
writing
swimming
sport
creative work

The authors suggest flow states may help restore flexibility in brain networks damaged by trauma. In other words: trauma narrows the nervous system…
while flow expands it again. Flow may:

quiet overthinking
reduce hypervigilance
improve adaptability
increase confidence
retrain the brain to experience arousal safely

Importantly, healing may not always come through endlessly revisiting pain. Sometimes healing may come through re-engaging with life.

Why many therapies can help

This framework also helps explain why so many completely different therapies sometimes work. The article suggests successful approaches may all improve flexibility in the nervous system. These include:

EMDR
mindfulness
psychotherapy
exercise
nature exposure
creativity
psychedelics / functional mushrooms (research, use with care/caution)
breathwork
exposure therapy
movement-based therapies

The common denominator may not be “releasing stored trauma.” It may be restoring adaptability and reducing rigid threat prediction.

Key takeaway: you are not permanently broken

This is perhaps the most hopeful part of the paper. The authors point out that most people exposed to trauma do not develop lifelong PTSD and that many recover naturally over time. Why? Because the nervous system retains the ability to recalibrate.

The brain remains plastic, adaptable, changeable.

The paper argues healing is less about:

excavating buried pain
purging trauma
locating emotional residue in tissues

and more about:

retraining the nervous system
rebuilding flexibility
restoring agency
increasing safety signals
expanding life again

Practical ways to support nervous-system flexibility

The article points toward several practical approaches that may help restore regulation:

Move the body gently

Walking, stretching, swimming, yoga and exercise may help retrain safety and movement.

Seek healthy flow states

Find activities where you become deeply absorbed and engaged.

Reduce chronic avoidance

Trauma often shrinks life. Gentle re-engagement matters.

Improve cognitive control

Sleep, mindfulness, meditation and structured routines can help strengthen regulation.

Reinterpret bodily sensations

A racing heart is not always danger. Sometimes it is simply activation.

Build safe social connection

The nervous system regulates through relationships as much as through thoughts.

A more hopeful story

The paper is not claiming trauma is imaginary, nor dismissing people’s suffering. Instead, it offers a newer and arguably more empowering framework. The body may not literally “keep the score,” but the brain keeps predicting it, so if predictions can change… then recovery remains possible. Healing may not require digging endlessly into the past.

Sometimes it begins with restoring movement: movement in thought, behaviour, emotion and in life itself.

If on reading this you are seeking healing, research an enlightened independent therapist who helps you to focus on how you would like to feel going forwards rather than staying in a loop of recurring feelings of stuck trauma. Take on board the idea that you are “not broken”, and step forwards, one step at a time. You’ve got this.

References

Allen, M. et al. (2022) — Active inference and the embodied mind
Alameda, L. et al. (2022) — Neurobiology of flow states and transient hypofrontality
Bonanno, G. A. (2004) — Loss, trauma and human resilience
Bonanno, G. A. et al. (2015) — Resilience trajectories after trauma exposure
Bomyea, J. & Amir, N. (2011) — Working memory capacity and intrusive thoughts
Damasio, A. R. (1989) — Time-locked multiregional retroactivation
Damasio, A. R. (1994) — Descartes’ Error
Engdahl, B. et al. (2010) — MEG connectivity findings in PTSD
Friston, K. (2010) — The free-energy principle and predictive coding
Geraerts, E. et al. (2007) — False memories and trauma recall
Hancock, R. et al. (2025) — Emerging metastability research in trauma models
Hellyer, P. J. et al. (2015) — Metastability and cognitive flexibility following connectome disruption
Kotler, S. (2014) — The Rise of Superman
Kotler, S. et al. (2022) — Flow neuroscience and optimal performance
Meyer, K. & Damasio, A. (2009) — Convergence-divergence zones and memory
Shin, L. M. et al. (2006) — Amygdala and medial prefrontal dysfunction in PTSD
Spoelstra, J. et al. (2000) — Predictive movement and sensory attenuation
van der Kolk, B. (2014) — The Body Keeps the Score
Walter, K. H. et al. (2023) — Surf therapy, hike therapy and depression outcomes in military personnel