03 · Prediction, body, reward and networks

Neuroscience

Brain, body and world continually prepare one another; no single region contains the whole explanation.

Neuroscience is one layer of the person—not a replacement for relationship, culture, choice or care.

The human question

How can something be known intellectually while the nervous system still acts as if it were not true?

What this family holdsPredictive processing, precision, reward circuits, interoception, network switching and plasticity.

Evidence boundaryNeuroscience is one layer of the person—not a replacement for relationship, culture, choice or care.

03.01

FH / DEFINED TERM

Predictive processing

The brain does not wait passively for the world; it continually predicts what its signals mean.

In lived experience
Knowing that a room is safe is not always enough when the nervous system predicts danger faster than reflection can correct it.

Definition

Predictive-processing accounts describe perception and action as hierarchical inference. Generative models anticipate sensory causes; mismatches update the model, the sampling of the world or both. Perception is therefore constrained by incoming evidence without being a simple copy of it.

Flow Hijacked lens

Flow Hijacked asks what a person’s system has learned to expect next: threat after closeness, shame after visibility, relief after alcohol, failure after effort. A prediction can become part of the vector field because it changes attention, body preparation and action before the anticipated event arrives.

Lectures to read40 · Depression After the Bottle 42 · When Tomorrow Cannot Compete

Research anchorsFriston, K. (2010)Clark, A. (2013)

03.02

FH / DEFINED TERM

Precision weighting and salience

Some signals are granted more confidence, gain and control over action than others.

In lived experience
A thought can be recognized as unhelpful and still dominate because its felt confidence and urgency remain high.

Definition

In Bayesian and predictive accounts, precision expresses confidence in a signal or prediction. Neuromodulatory and attentional systems help determine which errors, cues and goals receive gain. Salience is not simply importance in the abstract; it is the capacity of a signal to recruit processing and alter behavior.

Flow Hijacked lens

Addiction can be read partly as distorted competition: a cue for rapid relief receives high precision and action-readiness while ordinary rewards and distant consequences arrive quietly. Recovery involves learning what deserves gain again, not merely suppressing a loud signal by force.

Lectures to read38 · Relapse as Dynamical Re-Capture 42 · When Tomorrow Cannot Compete 46 · The Chemistry of Possibility

Research anchorsFriston, K. (2010)Robinson, T. E. & Berridge, K. C. (2008)

03.03

FH / DEFINED TERM

Reward, relief and control circuitry

Wanting, relief, habit, stress and executive control emerge from interacting circuits—not one pleasure center.

In lived experience
The old route can be strongly wanted without being liked, chosen as a value or experienced as freedom.

Definition

Addiction research implicates interacting corticostriatal, extended-amygdala, midbrain and prefrontal systems across incentive salience, negative affect, learning and control. Dopamine is crucial to learning and motivation, but addiction is not adequately described as “too much dopamine” or a permanently broken reward center.

Flow Hijacked lens

Flow Hijacked treats circuitry as one layer of a coupled field. Neural adaptation alters which trajectories gain force; body state, cues, relationship, meaning and opportunity then shape whether those trajectories are entered, rehearsed or interrupted.

Lectures to read38 · Relapse as Dynamical Re-Capture 40 · Depression After the Bottle 42 · When Tomorrow Cannot Compete 46 · The Chemistry of Possibility

Research anchorsKoob, G. F. & Volkow, N. D. (2016)Volkow, N. D., Koob, G. F. & McLellan, A. T. (2016)Robinson, T. E. & Berridge, K. C. (2008)

03.04

FH / DEFINED TERM

Neuromodulatory Navigability Envelope

Four questions describe a state: what is safely reachable, how costly each route is, how many independent routes remain and how well the system can return.

In lived experience
Sometimes recovery first appears as one message you can send, one evening you can cross or one route home you can still find—even before hope or pleasure has fully returned.

Definition

The Neuromodulatory Navigability Envelope is Flow Hijacked's synthesis of current state, feasible inputs, safety constraints, neuromodulatory gain and return capacity. It represents a multidimensional envelope of possible transitions rather than one mood, molecule or score: the safely reachable set, route cost, route diversity and the time and capacity required to return after disturbance.

Flow Hijacked lens

Chemistry changes the ease and stability of transitions without writing a person's destiny. Addiction can produce anisotropic capture—one rapid-relief route becomes exceptionally easy while alternatives grow costly. Depression can contract several dimensions at once: energy, reward, effort, exploration and future reach. Recovery restores routes, protects their diversity and strengthens return; a person may regain one usable branch before feeling globally better.

Lectures to read40 · Depression After the Bottle 42 · When Tomorrow Cannot Compete 46 · The Chemistry of Possibility

Research anchorsMarder, E. (2012)Schultz, W. (2016)Pizzagalli, D. A. (2014)Koob, G. F. & Volkow, N. D. (2016)

03.05

FH / DEFINED TERM

Interoception and the embodied self

The body is not scenery behind consciousness; its predicted condition helps constitute feeling and selfhood.

In lived experience
Sometimes the next compassionate question is not “What do I believe?” but “What condition is my body preparing for?”

Definition

Interoception concerns signals from within the body and the brain’s modeling of their causes. Predictive accounts propose that feeling states emerge from the negotiation between expected and arriving bodily signals. Breathing, pain, inflammation, gut state, fatigue and autonomic tone therefore alter the space in which thought and action occur.

Flow Hijacked lens

Lecture 27 makes the body part of state-space. A person may understand safety cognitively while remaining unable to inhabit it physiologically. Recovery work can enter through sleep, movement, breath, medication, nutrition, exposure, touch boundaries or co-regulation because each changes the embodied field.

Lectures to read35 · The Return to Ordinary Life 40 · Depression After the Bottle

Research anchorsSeth, A. K. (2013)Clark, A. (2013)

03.06

FH / DEFINED TERM

Network integration, segregation and switching

Adaptive brains coordinate specialized networks without forcing all activity into one rigid coalition.

In lived experience
Flexibility is not having every network active; it is recruiting the right coalition and releasing it when the task changes.

Definition

Network neuroscience examines how distributed regions integrate information, preserve specialization and switch configurations across tasks and states. Salience, default-mode and frontoparietal-control systems are useful large-scale descriptions, but their roles are context-dependent and extend beyond simple one-network/one-symptom mappings.

Flow Hijacked lens

Flow Hijacked looks for loss of flexible switching: rumination that keeps self-referential processing dominant, cue capture that repeatedly recruits motivational routes, or threat that prevents exploratory control. Recovery includes restoring coordination between sensing, valuation, memory and action.

Lectures to read40 · Depression After the Bottle 42 · When Tomorrow Cannot Compete

Research anchorsDurstewitz, D., Huys, Q. J. M. & Koppe, G. (2021)

03.07

FH / DEFINED TERM

Plasticity, memory updating and consolidation

A new experience becomes treatment only when learning changes what the system can do later.

In lived experience
The old path’s return does not erase new learning. It may mean the new path still needs retrieval cues, repetition and wider contexts.

Definition

Plasticity is the capacity of neural and behavioral systems to change with experience. Memory updating, extinction learning and consolidation describe different processes through which old predictions may be supplemented, inhibited or modified and new responses become more retrievable across time and context.

Flow Hijacked lens

This is the bridge from one good session to a changed trajectory. Insight may alter a moment; rehearsal, sleep, repeated safe contact and behavior in varied contexts help the new route survive outside the original learning environment.

Lectures to read35 · The Return to Ordinary Life 39 · The Maintenance Self 40 · Depression After the Bottle 49 · How the Brain Rewrites Memory

Research anchorsBowen, S., Witkiewitz, K., Clifasefi, S. L. et al. (2014)Nader, K., Schafe, G. E. & LeDoux, J. E. (2000)Sevenster, D., Beckers, T. & Kindt, M. (2012)Milton, A. L., Das, R. K. & Merlo, E. (2023)

03.08

FH / DEFINED TERM

Attractor Revision Corridor (ARC)

A proposed joint region where old learning remains active, becomes revisable and still owns the discrepancy.

In lived experience
A corrective experience can be real yet fail to revise the old expectation if it feels like an exception that belongs only to this person, room or bodily state.

Definition

ARC is the Flow Hijacked hypothesis that revision of an established memory or generative model becomes more likely when three conditions coincide: the old representation is causally reactivated, a lability or updating gate is opened, and the mismatch continues to be assigned to that representation rather than to a new context or latent cause. The corridor is a conditional probability region, not three hard mismatch zones.

Flow Hijacked lens

The attractor language asks which learned organization still governs the present, whether contradiction can perturb its parameters and when context pushes the system toward a competing basin instead. Maximum discrepancy may therefore increase representational separation rather than revision. This is a mathematically motivated explanatory synthesis, not a demonstrated attractor mechanism in the brain.

Lectures to read49 · How the Brain Rewrites Memory

Research anchorsNader, K., Schafe, G. E. & LeDoux, J. E. (2000)Sevenster, D., Beckers, T. & Kindt, M. (2012)Gershman, S. J., Monfils, M.-H., Norman, K. A. & Niv, Y. (2017)Kennedy, A. C. et al. (2024)

03.09

FH / DEFINED TERM

Revision Portability Gradient

The reach of changed learning is tested by how far it travels across context, body, cues and available action.

In lived experience
Change matters differently when it can be found not only in the room of success, but also when tired, alone, cued and free to take the old route.

Definition

The Revision Portability Gradient is Flow Hijacked's proposed profile of how reliably revised learning continues to govern behavior as later conditions differ from the learning episode along four dimensions: external context, bodily state, cue configuration and action affordances. It belongs to an episode–test relation, not to a person's fixed capacity or worth.

Flow Hijacked lens

ARC asks whether the old representation was revised; portability asks where the changed relation can still win retrieval and action control. A protected room can support genuine learning and still produce a steep portability gradient at re-entry. Deliberate variation and return practice may flatten that gradient, but this remains a testable synthesis rather than a proven intervention rule.

Lectures to read35 · The Return to Ordinary Life 38 · Relapse as Dynamical Re-Capture 49 · How the Brain Rewrites Memory

Research anchorsBouton, M. E. (2002)Hupbach, A., Gomez, R., Hardt, O. & Nadel, L. (2007)Gershman, S. J., Blei, D. M. & Niv, Y. (2010)Milton, A. L., Das, R. K. & Merlo, E. (2023)

This family in the Atlas

Concepts become useful through their relationships.

See it in the Atlas

Neuroscienceconnects inference, embodiment and experienceConsciousness ↗Neurosciencedescribes learning, relief and action selectionAddiction and recovery ↗