Order, Chaos, and the Story of Becoming

Illustrations from Guy Trefler, showing the applications of the spectrum across life, mind, and society.

Why every transformation—psychological or cinematic—follows the same pattern

Notes from theUnraveling the Dream video

Look closely at your life, and you’ll notice a pattern.

Things are stable—maybe too stable.
Then something breaks.
Everything becomes uncertain.
And somehow, if you make it through, you come out different.

Stronger. Clearer. More real.

That pattern isn’t random.

It’s the same structure your diagram captures—and the same structure that shows up in psychology, neuroscience, and storytelling.

Growth happens between order and chaos.

The Two Extremes: Where Things Go Wrong

Too Much Order

On one side, there’s order.

Everything is predictable. Controlled. Stable.

At first, that sounds good. But push it too far, and it becomes:

• Rigidity

• Repetition

• Emotional stagnation

This is the world of:

• Anxiety loops

• Depression

• Obsessive thinking

It’s a life where:

Nothing breaks—but nothing evolves.

You’re not lost.

You’re stuck.

Too Much Chaos

On the other side, there’s chaos.

No structure. No boundaries. No stability.

Here, everything is possible—but nothing holds together.

This is the world of:

• Overwhelm

• Disintegration

• Loss of identity

At the extreme, it looks like:

• Psychological breakdown

• Fragmented perception

• Total uncertainty

It’s not freedom.

It’s instability.

The Middle: Where Consciousness Lives

Between these extremes is something fragile—and powerful.

A balance.

Not perfect stability.
Not total unpredictability.

But a dynamic state where:

• Patterns exist

• But can still change

This is where:

• Learning happens

• Insight happens

• Consciousness thrives

In neuroscience, this is often called:

Criticality—the edge between order and chaos

In your diagram, it’s labeled simply:

Life

The Curve of Transformation

At the bottom of your diagram is the real story.

A curve.

This isn’t just theory—it’s a process.

1. Stability (Ego Formation)

You begin in order:

• Identity is strong

• The world makes sense

But over time:

• The structure becomes limiting

• Something doesn’t fit

2. Disruption (Crisis or Insight)

Then something happens:

• Trauma

• Loss

• Psychedelic experience

• Deep introspection

The system destabilizes.

What you thought was solid… isn’t.

3. Descent (Ego Dissolution)

This is the hardest part.

• Confusion

• Fear

• Loss of identity

Your mental model breaks down.

In your diagram, this is:

• Panic

• Ego dissolves

• Death

And it feels like death.

Because in a way, it is.

The death of the old structure.

4. Letting Go

There’s a turning point.

You stop trying to control everything.
You allow uncertainty.

This is the moment where:

Chaos stops being the enemy—and becomes the teacher.

5. Rebirth (Integration)

From that openness, something new forms.

• A more flexible identity

• A less rigid worldview

• A deeper sense of reality

You don’t return to the old order.

You create a new one.

Why Movies Tell This Story

This isn’t just psychology.

It’s storytelling.

Almost every powerful film follows this arc:

• A stable world

• A disruptive event

• A descent into chaos

• A transformation

• A return with new understanding

Because this is how change works.

Not linearly.

But through breakdown and reorganization.

The Hidden Truth

What your diagram reveals is something uncomfortable:

You cannot grow without entering chaos.

Avoid chaos entirely, and you become rigid.
Stay in chaos too long, and you fall apart.

The goal is not to choose one.

It’s to move through both.

Mental Health Reframed

This model also reframes mental health:

• Depression → too much order

• Anxiety → unstable control

• Psychosis → too much chaos

Health isn’t about eliminating one side.

It’s about:

Maintaining a balance that can adapt

Final Take

Your diagram isn’t just a theory of consciousness.

It’s a theory of transformation.

It says:

• Order gives you structure

• Chaos gives you possibility

• Growth comes from their interaction

And most importantly:

The moments that feel like falling apart
are often the moments where something new is trying to emerge.

Can Psychedelics Show You the Truth About Your Mind?

UNRAVELING THE DREAM (A New Documentary Executive Produced by Sam Harris) [1 hour]

What you perceive as reality is a controlled hallucination your brain constructs moment by moment. And you are part of it. Unraveling the Dream explores what happens when that construction begins to fall apart—when the boundary between you and the world disintegrates, and the sense of self drops away. Revisiting Aldous Huxley’s early experiments with mescaline, examining the latest neuroscience of consciousness, and drawing on interviews with leading researchers, the film follows a central question: What are we, really, when the illusion dissolves? And once we’ve seen it, how do we live it? Featuring: Anil Seth Robin Carhart-Harris Shamil Chandaria

What the Unraveling the Dream video perspective reveals about consciousness and insight

Presented by: Waking Up, Written, Directed & Edited by: Jake Orthwein
Executive Producers: Sam HarrisJaron Lowenstein
Featuring: Anil SethRobin Carhart-HarrisShamil Chandaria

Unraveling the Dream

• Psychedelics (like LSD)

• Meditation

Both can radically alter consciousness.

But according to Sam Harris, they are not the same kind of tool.

One can show you something profound.
The other can help you understand it—and live it.

The Core Idea: Two Paths to the Same Insight

Harris’ broader work consistently points to a central claim:

Many of the deepest “spiritual” insights are not religious—they are experiential truths about the mind. (Wikipedia)

Both LSD and meditation can reveal these insights, such as:

• The illusion of a fixed self

• The constructed nature of perception

• A sense of unity or non-duality

But they differ in how you get there.

LSD: A Rocket Into Altered States

Psychedelics like LSD can:

• Rapidly dissolve the sense of self

• Intensify perception and emotion

• Create powerful, often meaningful experiences

Harris has described LSD as:

Like being “strapped to a rocket” into altered consciousness (Sam Harris)

This captures both:

• The power

• And the unpredictability

You may encounter:

• Insight

• Awe

• Or confusion and fear

Meditation: A Slower, More Stable Path

Meditation, by contrast:

• Gradually trains attention

• Builds awareness of thoughts and perception

• Allows insight to emerge in a controlled way

Instead of forcing a state:

It teaches you how your mind works—moment by moment.

The goal isn’t just to have an experience.

It’s to understand the nature of experience itself.

The Key Difference: State vs. Trait

This is the most important distinction.

Psychedelics → State Changes

• Temporary

• Intense

• Often unpredictable

Meditation → Trait Changes

• Gradual

• Stable

• Integrable into daily life

In other words:

LSD can show you something.
Meditation helps you become someone who understands it.

The Insight Both Can Reveal

At the center of both paths is a shared realization:

The “self” is not what it seems.

According to Harris’ framework:

• The sense of being a thinker behind thoughts

• Or a subject behind experience

is an illusion constructed by the brain.

This insight is often reported:

• Under psychedelics

• In deep meditation

But only meditation allows you to:

• Revisit it consistently

• Stabilize it

• Apply it in everyday life

The Risks—and the Limits

The Unraveling the Dream perspective is not uncritical of psychedelics.

Key concerns include:

• Unpredictability of experience

• Psychological risk for some individuals

• Difficulty integrating insights afterward

Even powerful experiences can fade—or be misunderstood.

Meditation, while slower, offers:

• Repeatability

• Integration

• Long-term transformation

A Unified View of Consciousness

What makes this framework compelling is that it bridges:

• Neuroscience

• Philosophy

• Contemplative traditions

The core claim:

There are real, discoverable truths about consciousness—and they don’t require belief.

They require:

• Attention

• Observation

• Experience

The Bigger Picture

This connects directly with themes across your other blogs:

• Controlled hallucination (Anil Seth) → perception is constructed

• Free-energy principle → the brain predicts reality

• REBUS / entropy → loosening rigid models

• Meditation models → reducing prediction and self-models

Psychedelics and meditation both interact with this system.

But in different ways.

Final Take

LSD can open the door.

Meditation teaches you how to walk through it.

One gives you a glimpse.

The other gives you a method.

The real goal isn’t just to have extraordinary experiences—
it’s to understand the nature of experience itself.

Why the Mind Gets Stuck—and How Psychedelics Might Unstick It

What “Canalization and Plasticity in Psychopathology” reveals about mental illness and change

https://www.sciencedirect.com/science/article/pii/S0028390822004579?via%3Dihub

Why do some thoughts, behaviors, and emotional patterns feel impossible to escape?

Why does depression repeat itself?
Why does addiction loop?
Why do certain beliefs feel fixed—even when they’re harmful?

In this recent theoretical paper, researchers—including Robin Carhart-Harris—propose a compelling answer:

The mind becomes “canalized”—locked into stable, self-reinforcing patterns.

And crucially:

Psychedelics may help break those patterns open.

The Core Idea: The Brain Forms “Ruts”

The concept at the center of this paper is canalization.

Think of it like this:

• Water flows down a path

• Over time, that path becomes deeper

• Eventually, water has no choice but to follow it

The brain works similarly.

Over time:

• Thoughts become habits

• Habits become patterns

• Patterns become rigid

This is useful for stability.

But it can become a problem when those patterns are:

• Negative (depression)

• Fear-based (anxiety)

• Compulsive (addiction)

Two Types of Plasticity

The paper introduces a key distinction between two kinds of brain change:

1. Canalization (Stability)

• Reinforces existing patterns

• Makes behavior predictable

• Associated with learning and habit formation

2. Entropic Plasticity (Flexibility)

• Loosens existing patterns

• Allows new connections to form

• Associated with exploration and change

The authors call this second type:

“Temperature or Entropy Mediated Plasticity” (TEMP) (ScienceDirect)

The Problem: Too Much Stability

In healthy functioning, the brain balances:

• Stability (to function)

• Flexibility (to adapt)

But in many mental disorders, this balance breaks.

The system becomes over-canalized:

• Depression → repetitive negative thinking

• Addiction → rigid behavioral loops

• PTSD → fixed fear responses

In these states:

The brain becomes too certain, too predictable, too stuck.

Psychedelics: Increasing Plasticity

This is where psychedelics enter the model.

According to the paper:

Psychedelics increase entropy-mediated plasticity—making the brain more flexible. (ScienceDirect)

In practical terms:

• Neural pathways loosen

• New connections become possible

• Old patterns temporarily weaken

This creates a window:

A chance to reorganize the system.

Why Change Can Last

One of the most intriguing implications:

Psychedelics don’t just disrupt patterns—they may allow new ones to form.

Research suggests these substances can:

• Increase brain connectivity

• Promote neuroplasticity

• Enable long-term psychological change (ScienceDirect)

This helps explain why:

• A few sessions can produce lasting effects

• Patients report “reset” experiences

The Role of Environment

But there’s a catch.

When the brain becomes more plastic, it also becomes more sensitive.

This means:

• Context matters

• Therapy matters

• Environment matters

In this flexible state, the brain is:

More open to both positive change and negative influence.

This reinforces a core principle in psychedelic science:

Set and setting are not optional—they are central.

A New Model of Psychopathology

The paper proposes a broader shift in how we think about mental illness:

Instead of asking:

• “What’s wrong with the brain?”

Ask:

• “Is the brain too rigid—or too chaotic?”

This reframes disorders as problems of dynamical balance:

• Too rigid → stuck

• Too chaotic → unstable

• Balanced → adaptive

Beyond Psychedelics

While psychedelics are a key example, this framework applies more broadly.

Other states may also increase plasticity:

• Meditation

• Flow states

• Intensive therapy

All may temporarily:

• Reduce rigidity

• Increase openness to change

The Bigger Picture

This paper builds on earlier ideas like:

• The entropic brain theory (flexibility of brain states)

• Predictive processing (the brain as a model-builder)

But adds something new:

A model of how long-term patterns form—and how they can be broken.

Final Take

The mind is not just a processor.

It’s a system that learns—and sometimes gets stuck.

Canalization and Plasticity in Psychopathology offers a powerful insight:

Mental illness may not just be about dysfunction.
It may be about over-stability.

And recovery may not come from forcing change—

but from creating the conditions where change becomes possible.

R.L. Carhart-Harris, S. Chandaria, D.E. Erritzoe, A. Gazzaley, M. Girn, H. Kettner, P.A.M. Mediano, D.J. Nutt, F.E. Rosas, L. Roseman, C. Timmermann, B. Weiss, R.J. Zeifman, K.J. Friston, Canalization and plasticity in psychopathology, Neuropharmacology, Volume 226, 2023, 109398, ISSN 0028-3908,

https://doi.org/10.1016/j.neuropharm.2022.109398.

From Order to Possibility: A New Theory of Consciousness

What “The Entropic Brain – Revisited” reveals about consciousness and psychedelics

https://www.sciencedirect.com/science/article/abs/pii/S0028390818301175?via%3Dihub

What if the difference between ordinary consciousness and extraordinary experience isn’t what you see—but how constrained your brain is?

That’s the central question behind The Entropic Brain – Revisited, a follow-up to one of the most influential modern theories of consciousness.

The idea is simple, but powerful:

The richness of your conscious experience depends on how flexible—or constrained—your brain activity is.

And psychedelics, according to this theory, temporarily loosen those constraints.

The Core Idea: Consciousness Has an “Entropy Level”

In physics and information theory, entropy refers to uncertainty or variability.

Applied to the brain, it means:

• Low entropy → stable, predictable brain activity

• High entropy → flexible, variable, less constrained activity

The paper argues that:

The “richness” of conscious experience tracks the entropy of brain activity

So when brain activity becomes more diverse and less predictable, experience becomes:

• More vivid

• More associative

• More emotionally and perceptually complex

Psychedelics Push the Brain Toward Higher Entropy

One of the strongest claims—now backed by multiple studies—is that psychedelics reliably increase brain entropy.

This means:

• Brain networks become less rigid

• Communication patterns diversify

• The system becomes more sensitive to internal and external inputs

In practical terms:

The brain becomes more open, but also less stable

This helps explain common psychedelic experiences:

• Novel thoughts and insights

• Emotional breakthroughs

• Unusual perceptions or connections

The Sweet Spot: Not Too Rigid, Not Too Chaotic

A key refinement in this “revisited” version of the theory is that more entropy isn’t always better.

There are limits.

• Too little entropy → rigid thinking (e.g., depression, compulsive loops)

• Too much entropy → disorganization or even loss of consciousness

The brain operates best near a balance point often called “criticality”:

A state where the system is maximally flexible but still coherent

Psychedelics may temporarily push the brain closer to this critical zone.

Why “Set and Setting” Matter (Scientifically)

One of the most interesting updates in this paper is how it explains something long known in psychedelic culture:

Set and setting matter.

The theory provides a mechanism:

• In high-entropy states, the brain becomes more sensitive to influence

• External environment and internal mindset shape the experience more strongly

So instead of being a vague idea, this becomes a predictable property of brain dynamics.

Consciousness, Measured

Another advancement in this paper is the attempt to quantify consciousness more precisely.

Researchers now use measures like:

• Lempel-Ziv complexity

• EEG/MEG signal diversity

These metrics can:

• Distinguish waking from unconscious states

• Track changes in altered states

• Potentially map subjective experience to brain activity

This is a major step toward bridging the gap between:

• Brain activity

• Subjective experience

Clinical Implications: Why This Matters for Mental Health

The theory isn’t just abstract—it has practical implications.

Many mental health disorders involve overly rigid brain patterns, such as:

• Depression → repetitive negative thinking

• Addiction → fixed behavioral loops

• OCD → inflexible cognitive patterns

By increasing entropy, psychedelics may:

Temporarily disrupt these rigid patterns, allowing new ones to form

This could explain why:

• A few sessions can produce lasting changes

• Patients report “reset” experiences

The paper also suggests potential applications in:

• Disorders of consciousness (e.g., coma, vegetative states)

• Neurological conditions where brain activity is too constrained

The Role of Serotonin

Another important update connects the theory to serotonin.

Recent findings suggest serotonin may encode:

• Uncertainty or “surprise” signals, rather than simple reward

This fits neatly with the entropic brain model:

• Psychedelics act on serotonin systems

• This increases uncertainty → increases entropy → alters consciousness

The Bigger Picture

What makes this paper important is not just its findings—but its ambition.

It tries to answer one of the hardest questions in science:

How do physical brain processes relate to subjective experience?

By using entropy as a bridge, the theory suggests:

• Brain activity and experience are two sides of the same process

• More complex brain dynamics = richer experience

Final Take

The Entropic Brain – Revisited doesn’t claim to solve consciousness.

But it offers something rare:

A framework that connects:

• Brain activity

• Subjective experience

• Mental health

Into a single model.

And its core insight is deceptively simple:

Consciousness isn’t just about what your brain is doing—
it’s about how constrained or flexible those processes are.

Robin L. Carhart-Harris, The entropic brain - revisited, Neuropharmacology, Volume 142, 2018, Pages 167-178, ISSN 0028-3908,

https://doi.org/10.1016/j.neuropharm.2018.03.010.

Can Psychedelics Reveal Truth—or Just Change Your Mind?

What the book Philosophy of Psychedelics gets right about insight, illusion, and the mind

Psychedelics come with a reputation.

They’re supposed to reveal hidden truths, dissolve the ego, and open the doors to deeper reality. For decades, that narrative has shaped everything from counterculture to modern therapy.

In Philosophy of Psychedelics, philosopher Chris Letheby takes a different approach.

He doesn’t ask whether psychedelics feel meaningful.

He asks a harder question:

Are those experiences actually true?

And his answer is careful, nuanced—and more interesting than a simple yes or no.

The Central Problem: Insight vs. Illusion

Anyone who has read accounts of psychedelic experiences—or the growing clinical literature—has seen the pattern:

• People report profound insights

• They feel deeply meaningful, even life-changing

• They often reshape beliefs about self, reality, and purpose

But here’s the philosophical tension:

Just because something feels true doesn’t mean it is true.

Letheby frames this as a conflict between two interpretations:

• The “Mystical View”: Psychedelics reveal genuine metaphysical truths

• The “Naturalistic View”: Psychedelics alter brain function, producing powerful but potentially misleading experiences

Rather than fully endorsing either, Letheby builds a third position.

The “Naturalistic” Middle Ground

Letheby’s core claim is deceptively simple:

Psychedelics can be epistemically valuable—even if they don’t reveal metaphysical truths.

In other words:

• You don’t need to believe that psychedelics show ultimate reality

• To accept that they can still produce real psychological insight

This is a strategic move.

It separates:

• What the experience feels like (often mystical, transcendent)

• From

• What the experience actually proves (much harder to justify)

By doing this, Letheby preserves the therapeutic and philosophical importance of psychedelics without committing to controversial metaphysical claims.

The Self Is Not What You Think

One of the most important areas where Letheby thinks psychedelics do generate insight is the self.

Many psychedelic experiences involve:

• Ego dissolution

• A sense of unity

• Loss of boundaries between self and world

Letheby connects this to philosophical theories suggesting that the self is not a fixed entity, but a constructed model.

In this sense, psychedelics may not reveal a cosmic truth—but they can reveal something psychologically and philosophically significant:

The self you experience every day is not as solid as it feels.

That insight alone can have major implications for:

• Mental health

• Personal identity

• How we relate to thoughts and emotions

Why This Matters for Therapy

This is where Letheby’s argument becomes especially relevant.

Modern psychedelic therapy often relies on experiences that feel:

• Deeply meaningful

• Emotionally powerful

• Sometimes spiritual

Critics worry that this borders on suggestion or illusion—that patients are being influenced by experiences that aren’t “true.”

Letheby’s response is subtle:

• The value of these experiences doesn’t depend on metaphysical truth

• It depends on their ability to change how people think, feel, and relate to themselves

If a patient comes out of a session with:

• Reduced depression

• Greater psychological flexibility

• A less rigid sense of self

Then the experience has value—even if its content isn’t literally true.

The Risk: When Meaning Becomes Belief

Letheby is not uncritical.

He warns that psychedelic experiences can lead people to adopt:

• Overconfident metaphysical beliefs

• Unjustified certainty about the nature of reality

• Grand narratives that feel true but lack evidence

This is the downside of what makes psychedelics powerful:

They don’t just generate experiences.

They generate conviction.

And conviction can outpace justification.

A More Grounded Way to Think About Psychedelics

What makes Philosophy of Psychedelics stand out is its refusal to polarize.

It doesn’t dismiss psychedelic experiences as meaningless hallucinations.

It also doesn’t elevate them to unquestionable revelations.

Instead, Letheby offers a framework that is:

• Scientifically compatible

• Philosophically rigorous

• Clinically useful

You can take psychedelic experiences seriously
without taking them literally.

Final Take

If earlier thinkers like Aldous Huxley asked whether psychedelics open the doors to a deeper reality, Letheby asks a more disciplined question:

What kind of knowledge, if any, do these experiences actually provide?

His answer reframes the conversation:

Psychedelics may not tell you what the universe is.

But they can change how you understand your mind.

And that might be just as important.

Psychedelics: From Breakthrough to Backlash—and Back Again

What “Psychedelics: Where we are now, why we got here, what we must do” reveals about the past, present, and future of psychedelic science

https://www.sciencedirect.com/science/article/pii/S0028390818300753

Psychedelics didn’t quietly disappear.

They were pushed out.

And now, decades later, they’re coming back—not as counterculture symbols, but as serious contenders in the fight against mental illness.

The article “Psychedelics: Where we are now, why we got here, what we must do” traces this full arc—from early scientific promise to political shutdown to modern resurgence.

And the story is more complicated than most people think.

The Forgotten Era of Scientific Optimism

In the 1940s and 50s, psychedelics weren’t fringe—they were mainstream research tools.

After the discovery of LSD, scientists began exploring its potential to treat:

• Depression

• Anxiety

• Addiction

• Trauma

By the 1960s:

• Over 1,000 scientific papers had been published

• Tens of thousands of patients had received psychedelic-assisted therapy

There was real optimism that these substances might revolutionize psychiatry.

What Went Wrong

The collapse of psychedelic research wasn’t driven purely by science.

It was driven by culture and politics.

As psychedelics moved from labs into the public sphere:

• Association with counterculture movements grew

• Public concern about misuse increased

• Media narratives turned negative

The result was the 1970 Controlled Substances Act, which placed psychedelics in the most restrictive category—Schedule I.

That meant:

• No accepted medical use

• High regulatory barriers

• Severe limitations on research

Research didn’t technically stop.

But it became so difficult that, for decades, it effectively did.

The Cost of Stopping the Science

One of the article’s most important points is not just that research slowed—but what that might have cost.

For over 50 years:

• Large-scale clinical trials never happened

• Promising early findings were left unresolved

• Entire lines of inquiry were abandoned

And all of this happened during a period when:

Mental health disorders were increasing—and treatments were often failing.

Today, many conditions like:

• Treatment-resistant depression

• PTSD

• Addiction

remain difficult to treat with existing therapies.

The Mental Health Crisis Driving Renewed Interest

The article is clear about the scale of the problem:

• Millions of people experience depression and anxiety annually

• Substance use disorders cost hundreds of billions of dollars

• Suicide and overdose rates continue to rise

At the same time, pharmaceutical innovation in psychiatry has slowed, with many companies scaling back research due to high failure rates.

This creates a powerful incentive:

Look again at treatments we may have abandoned too quickly.

The Psychedelic Renaissance

Since the 1990s, research has cautiously restarted.

Modern studies—using stricter methods and controls—are exploring psychedelics for:

• Depression

• PTSD

• Addiction

• End-of-life anxiety

Some findings are striking:

• Single or few sessions can produce lasting improvements

• Effects can persist for months or even longer

• Benefits often occur where traditional treatments fail

One notable development:

• MDMA-assisted therapy has received Breakthrough Therapy designation for PTSD from the FDA

This signals that regulators are beginning to take the field seriously again.

Why This Isn’t Simple

Despite the excitement, the article emphasizes caution.

There are still major challenges:

1. Regulatory Barriers

Schedule I classification continues to:

• Limit funding

• Increase administrative burden

• Slow down research

2. Scientific Gaps

Most studies are:

• Small

• Early-stage

• Not yet definitive

Large-scale trials are still needed.

3. Cultural Stigma

Decades of association with misuse still influence:

• Public perception

• Policy decisions

• Patient willingness

More Than Medicine: A Shift in Perspective

One of the deeper arguments in the article is that psychedelics may not just be treatments—they may also help us understand the brain itself.

Research is revealing:

• How consciousness works

• How mental disorders emerge

• How rigid patterns of thought can be disrupted

In that sense, psychedelics are both:

• Therapeutic tools

• Scientific instruments

What Needs to Happen Next

The authors don’t just describe the problem—they outline a path forward.

Key priorities include:

• Expanding clinical trials

• Reducing unnecessary regulatory barriers

• Increasing funding for research

• Encouraging collaboration across science, policy, and medicine

They even propose large-scale research summits to coordinate global efforts

The message is clear:

Progress will require not just science—but coordination and political will.

Final Take

The history of psychedelics is not just a scientific story.

It’s a story about:

• Culture

• Fear

• Policy

• And missed opportunities

Now, with mental health challenges growing and current treatments falling short, the question is no longer whether psychedelics are controversial.

It’s whether we can afford to ignore them.

Sean J. Belouin, Jack E. Henningfield, Psychedelics: Where we are now, why we got here, what we must do, Neuropharmacology, Volume 142, 2018, Pages 7-19, ISSN 0028-3908, https://doi.org/10.1016/

When Two Minds Move as One: The Science of Shared Consciousness

Adapted from The union of two nervous systems: Neurophenomenology, enkinaesthesia, and the alexander technique, by Susan A. J. Stuart,

How consciousness may extend between bodies, not just within them

We tend to think of consciousness as something private.

Something contained inside the brain.
Something that belongs to you.

But what if that’s not quite right?

What if, in certain moments—especially in close interaction—consciousness becomes something shared?

A neuroscience and phenomenology paper explores exactly this possibility, suggesting that under the right conditions, two people can enter a state where their experiences are not just coordinated—but deeply entangled.

Not two separate minds interacting, but a system moving together.

The Core Idea: Consciousness Is Co-Created

At the center of this work is a radical claim:

All activity is co-activity.

We are never isolated observers.

Instead:

• We are constantly interacting

• Constantly adapting

• Constantly influencing and being influenced

Consciousness, in this view, is not something that happens inside you.

It is something that happens between you and the world—and between you and others.

Enkinaesthesia: The Felt Connection Between Bodies

The paper introduces a key concept:

Enkinaesthesia

This refers to:

• The felt, dynamic interaction between bodies

• The shared flow of movement, tension, and sensation

• The subtle coordination that happens when people are “in sync”

It includes:

• Touch

• Movement

• Anticipation of another’s action

• Emotional attunement

Think of:

• Dancing with someone effortlessly

• Playing music in perfect timing

• Finishing someone’s sentence

In these moments:

You’re not just reacting—you’re participating in a shared system of experience.

The “Union of Two Nervous Systems”

This leads to the paper’s central hypothesis:

In certain interactions, two people may function as if their nervous systems are temporarily unified.

This doesn’t mean literally merging brains.

It means:

• Neural activity becomes coordinated

• Experience becomes synchronized

• Action becomes fluid and shared

In practice, this feels like:

• Being “on the same wavelength”

• Moving together without thinking

• A sense of effortless coordination

The Alexander Technique as a Case Study

The paper explores this idea through the Alexander Technique, a practice focused on:

• Movement awareness

• Posture

• Reducing unnecessary tension

In this setting:

• A teacher guides a student physically and attentively

• The student becomes aware of habitual patterns

• Together, they refine movement and perception

What’s unique is the interaction:

The teacher doesn’t just observe—they feel into the student’s movement.

This creates:

• Deep attentional alignment

• Shared bodily awareness

• Coordinated action

From Control to Coordination

One of the most important shifts here:

Traditional view:

• The brain controls the body

Embodied view:

• The brain and body co-regulate

This paper goes further:

Two people can co-regulate each other.

Through:

• Touch

• Timing

• Attention

• Movement

Their systems begin to align.

Flow, Resonance, and Being “In the Moment”

The paper describes this state as resonance:

• Smooth coordination

• Effortless action

• Reduced sense of separation

You’ve likely experienced it:

• When a conversation flows perfectly

• When teamwork feels effortless

• When you lose yourself in a shared activity

In these moments:

The boundary between “self” and “other” becomes less rigid.

Measuring Shared Experience

This isn’t just philosophical.

The paper proposes a way to test it:

• Measure brain activity (EEG / MEG)

• Collect detailed subjective reports

• Compare neural and experiential patterns

If the hypothesis is correct:

Shared experience should appear both
in brain activity and in lived experience

Why This Matters

This idea has major implications:

1. Empathy

Connection is not just emotional—it may be physiological and dynamic

2. Therapy

Healing may involve co-regulation, not just individual change

3. Learning

Teaching may work through shared embodied understanding

4. Consciousness

The mind may not be individual—it may be relational

Connecting to Your Bigger Framework

This fits directly with your other themes:

• Embodied consciousness → mind extends into the body

• Predictive brain → perception is shaped dynamically

• Psychedelics → boundaries of self can dissolve

• Edge of chaos → optimal states are flexible and interactive

This paper adds:

Consciousness may not just extend outward—it may extend between people.

The Deeper Insight

We often think:

• I am here

• You are there

But this work suggests:

In interaction, that separation is not as clear as it seems.

Instead, there is:

• A shared field of experience

• A dynamic exchange of perception and action

• A temporary system larger than either individual

Final Take

Consciousness may not be something you own.

It may be something you participate in.

And in the right conditions:

It may not even be entirely yours.

The Entropic Brain: Why Psychedelics Make the Mind More Flexible

Summary of of “The Entropic Brain: A Theory of Conscious States Informed by Neuroimaging Research with Psychedelic Drugs”

https://pmc.ncbi.nlm.nih.gov/articles/PMC3909994/

What if consciousness isn’t fixed—but varies in how ordered or disordered it is?

That’s the central idea behind a highly influential paper by Robin Carhart-Harris and colleagues, often referred to as the entropic brain theory.

It’s a deceptively simple proposal:

The richness and flexibility of conscious experience depend on how “entropic” (i.e., variable and less constrained) brain activity is.

And psychedelics, according to this theory, push the brain toward higher entropy—with profound effects on how we think, perceive, and feel.

The Core Idea: Consciousness Has Levels of Order

In everyday waking life, your brain is highly organized.

• Patterns of activity are stable

• Thoughts follow predictable paths

• Perception is constrained and consistent

This is useful. It keeps you functional.

But the paper argues that this low-entropy state is just one mode of consciousness.

Under psychedelics like psilocybin, something changes:

• Brain activity becomes more variable

• Networks loosen their usual constraints

• New patterns emerge

In short:

The brain becomes more entropic—more flexible, less rigid

Primary vs. Secondary Consciousness

The authors introduce an important distinction:

• Secondary consciousness: normal waking state

  • Ordered

  • Stable

  • Constrained

• Primary consciousness: psychedelic, dream-like, or early developmental states

  • Less ordered

  • More flexible

  • More associative

Psychedelics, they argue, temporarily shift the brain from secondary → primary consciousness.

This explains why experiences often feel:

• More emotional

• More vivid

• Less bound by logic

Why Entropy Matters

“Entropy” here doesn’t mean chaos in a negative sense.

It means diversity of possible brain states.

A higher-entropy brain can:

• Explore more mental configurations

• Break out of rigid patterns

• Generate novel associations

This has major implications.

In conditions like depression or addiction, the brain can become overly rigid—locked into repetitive loops of thought and behavior.

Psychedelics may help by:

Temporarily increasing entropy and allowing the system to “reset”

This aligns with modern findings that psychedelics increase the diversity of brain activity and disrupt rigid network patterns

The Ego and the Default Mode Network

One of the most discussed findings tied to this theory involves the default mode network (DMN)—a brain system associated with:

• Self-reflection

• Narrative identity

• Ego

Under psychedelics:

• DMN activity decreases

• Its dominance over the brain weakens

The result?

• Reduced sense of self

• “Ego dissolution”

• A more fluid sense of identity

This fits neatly with the entropic brain idea:

When rigid control systems relax, consciousness becomes more flexible.

From Neuroscience to Experience

The theory doesn’t just explain brain scans—it explains subjective experience.

Why do people report:

• Seeing patterns and connections everywhere?

• Feeling emotionally open or overwhelmed?

• Experiencing unity or dissolution of boundaries?

Because the brain is:

• Less constrained

• More interconnected

• More exploratory

In high-entropy states, the boundaries that normally organize experience begin to soften.

The Risk: Too Much Entropy

The paper is clear about one thing:

More entropy isn’t always better.

If the brain becomes too disordered, you get:

• Confusion

• Anxiety

• Loss of coherent thought

In extreme cases, this may resemble:

• Psychosis

• Severe disorganization of perception

So the goal isn’t maximum entropy.

It’s flexible balance.

Why This Paper Matters

The entropic brain theory has become one of the most influential frameworks in psychedelic science.

It connects:

• Neuroscience (brain activity patterns)

• Psychology (experience and emotion)

• Clinical research (treatment of mental disorders)

It also bridges earlier philosophical ideas—like those of Aldous Huxley—with modern data.

Huxley suggested psychedelics “open the reducing valve.”

Carhart-Harris suggests they increase entropy.

Different language.

Same intuition.

Final Take

The entropic brain theory reframes consciousness as something dynamic—not fixed.

Your normal waking mind is just one point on a spectrum:

• Too ordered → rigid, repetitive

• Too disordered → chaotic, unstable

• In between → flexible, adaptive

Psychedelics push the brain toward the higher end of that spectrum.

And in doing so, they reveal something fundamental:

Consciousness is not just about what you experience—but how constrained your brain is while experiencing it.

Carhart-Harris RL, Leech R, Hellyer PJ, Shanahan M, Feilding A, Tagliazucchi E, Chialvo DR, Nutt D. The entropic brain: a theory of conscious states informed by neuroimaging research with psychedelic drugs. Front Hum Neurosci. 2014 Feb 3;8:20. doi: 10.3389/fnhum.2014.00020. PMID: 24550805; PMCID: PMC3909994.

The Mind Is Not a Window: What Huxley Got Right About Psychedelics

What Aldous Huxley got right about psychedelics

In 1954, long before brain scans and clinical trials, Aldous Huxley took mescaline and wrote something that still feels slightly dangerous to read.

He suggested that your mind is not a window onto reality.

It’s a filter.

In the book The Doors of Perception, Huxley proposed that the brain functions as a “reducing valve”—screening out most of what’s actually there so you can survive, function, and not be overwhelmed. Psychedelics, he argued, temporarily loosen that filter.

Two years later, in Heaven and Hell, he expanded the idea: when that filter opens, what comes through isn’t always beautiful. Sometimes it’s radiant, transcendent, luminous.

Sometimes it’s terrifying.

He called it heaven and hell. Today, we might call it altered states of consciousness.

What’s surprising isn’t that Huxley wrote this.

It’s how close modern science has come to taking him seriously.

The Filter, Rewritten in Neuroscience

Huxley didn’t have the vocabulary of receptors or neural networks. But if you translate his idea into contemporary terms, it lands in a familiar place.

Modern psychedelic research—especially studies on psilocybin—suggests that these compounds disrupt normal patterns of brain organization. Activity becomes less synchronized. Networks that usually operate in tight coordination begin to loosen.

The brain, in a sense, becomes less constrained.

Researchers wouldn’t say the brain is revealing ultimate reality. That’s a metaphysical claim, and science is careful about those. But they will say something adjacent:

Psychedelics appear to reduce rigid patterns of perception, thought, and self-representation.

That’s not a reducing valve in Huxley’s sense. But it’s not far off structurally.

The difference is framing. Huxley thought the filter protected us from too much reality. Neuroscience tends to say the brain maintains efficient models of the world—and psychedelics temporarily destabilize those models.

Same shape. Different language.

When a Chair Stops Being a Chair

One of the strangest passages in The Doors of Perception is also the simplest.

Huxley looks at a chair.

Not metaphorically. Not symbolically. Just a chair.

And he becomes transfixed—not by what it means, but by what it is. Its color, its form, its sheer presence. He calls this “is-ness”—a direct encounter with existence, stripped of utility and interpretation.

This sounds mystical. But you can map parts of it onto modern cognitive science.

Under psychedelics, salience shifts. The brain stops prioritizing what is useful and starts amplifying what is there. Categories loosen. The familiar becomes strange, vivid, emotionally charged.

That shift can feel profound—or destabilizing.

Which brings us back to Huxley’s second insight: the same opening can produce both awe and terror.

Heaven and Hell Weren’t Metaphors

In Heaven and Hell, Huxley insists that visionary states are not inherently positive. The same mechanisms that generate beauty can generate horror.

Modern research agrees, in a more clinical tone.

Psychedelics can produce:

• Deep emotional insight

• A sense of unity or meaning

• But also anxiety, confusion, and fear

This is why contemporary studies emphasize “set and setting”—the psychological mindset and physical environment in which the experience occurs. It’s not a soft variable. It’s central to outcomes.

Huxley intuited this decades ago. He understood that these states are not just pharmacological events. They are total experiences, shaped by context, expectation, and interpretation.

Where Science Gets Practical

The real shift from Huxley’s era to now is not philosophical—it’s clinical.

Researchers aren’t just asking what is consciousness?
They’re asking: can changing consciousness treat disease?

The most compelling evidence so far is in depression.

Psilocybin-assisted therapy has shown the ability to produce rapid reductions in depressive symptoms in some patients, especially when paired with structured psychological support. There’s also growing research into addiction, including alcohol use disorder and smoking cessation.

But the field is not settled.

Regulatory bodies like the U.S. Food and Drug Administration have pushed back on some high-profile treatments, citing concerns about safety, study design, and durability of effects. Translation—from powerful experience to reliable medicine—is proving difficult.

That tension is the current state of psychedelic science:

high potential, incomplete validation.

What Huxley Got Right

Huxley didn’t prove that psychedelics reveal a deeper layer of reality.

That question is still open—and probably unanswerable in scientific terms.

But he did get several things right:

• Perception is not neutral; it is filtered

• Changing consciousness changes meaning

• Altered states are structured, not random

• The same mechanism can produce beauty or terror

Most importantly, he understood that what we call reality is, in part, negotiated by the brain.

Modern neuroscience doesn’t overthrow that idea.

It refines it.

The Uncomfortable Question That Remains

If Huxley is even partially right, then the everyday world you experience is not the full picture.

It’s a usable one.

Optimized. Filtered. Stable.

Psychedelics don’t necessarily show you what’s true. But they may show you that what feels fixed… isn’t.

And that might be the most important connection between Huxley and modern research:

Not that psychedelics open a door to another world—but that they reveal how constructed this one already is.

When the Mind Stops Predicting

What “From Many to (n)one: Meditation and the Plasticity of the Predictive Mind” reveals about consciousness

https://www.sciencedirect.com/science/article/pii/S014976342100261X

What if your sense of self isn’t something you are—but something your brain is constantly predicting?

And what if you could gradually turn that process off?

In this influential review, researchers propose a radical idea:

Meditation works by reducing the brain’s predictive processes, eventually dissolving the sense of self itself. (ScienceDirect)

This isn’t metaphor.

It’s a neuroscientific model of what contemplative traditions have been describing for thousands of years.

The Core Idea: The Brain Is Always Predicting

Like many modern theories of mind, this paper starts with predictive processing:

• The brain constantly anticipates what will happen

• It builds models of the world—and of you

• It uses past experience to shape present perception

This includes something deeper:

Your sense of being a self is also a prediction.

A model.

A construction.

Meditation as “Deconstruction”

The paper focuses on deconstructive meditation—practices that don’t just calm the mind, but analyze and dismantle it.

The key claim:

Meditation progressively reduces “temporally deep” predictions—the stories and expectations that extend across time. (ScienceDirect)

In practical terms, this means:

• Less thinking about past and future

• Less narrative identity

• Less abstract conceptual processing

What remains?

A more immediate, present-centered awareness.

A Continuum of Practice

The authors describe meditation not as one thing, but as a continuum:

1. Focused Attention

• Stabilizes attention

• Reduces distraction

2. Open Monitoring

• Observes thoughts without reacting

• Weakens automatic patterns

3. Non-Dual Awareness

• Dissolves subject-object distinction

• Eliminates the sense of a separate self

Each stage reduces prediction further.

Each stage loosens the brain’s grip on its own models.

Insight as “Model Reduction”

One of the most powerful ideas in the paper:

Insight occurs when the brain simplifies or drops its internal models.

Instead of adding new beliefs, meditation can:

• Remove assumptions

• Collapse unnecessary structures

• Reveal how experience is constructed

This is called Bayesian model reduction.

And it reframes insight completely:

Understanding doesn’t come from adding knowledge—but from removing illusions.

The Self as a Prediction

Perhaps the most striking claim:

The “self” is not a fixed entity—it’s a high-level predictive model.

It integrates:

• Memory

• Expectation

• Bodily signals

• Social identity

Meditation targets this model directly.

By reducing predictive processing:

• The self becomes less stable

• Boundaries soften

• The distinction between “me” and “world” can dissolve

“From Many to (n)one”

The title captures the core transformation:

• “Many” → the complex, layered self

• “(n)one” → a state where those layers fall away

This doesn’t mean nothing exists.

It means:

Experience remains—but without the usual structure of identity.

Often described as:

• Pure awareness

• Non-dual consciousness

• “Here and now” experience (ScienceDirect)

Meditation and Psychedelics: A Shared Mechanism?

Although the paper focuses on meditation, the parallels are clear.

Both meditation and psychedelics may:

• Reduce top-down predictions

• Loosen the sense of self

• Increase present-centered awareness

But they differ in how:

• Psychedelics → rapid, externally induced

• Meditation → gradual, internally trained

Same system.

Different pathways.

Why This Matters

This framework has implications far beyond meditation:

1. Mental Health

• Rigid self-models → depression, anxiety

• Reducing them → flexibility and relief

2. Consciousness Research

• The self is not fundamental

• It’s constructed and modifiable

3. Personal Experience

• Your identity is less fixed than it feels

• And potentially more flexible

The Bigger Picture

This paper connects directly with:

• Free-energy principle → minimizing prediction error

• REBUS theory → relaxing rigid beliefs

• Entropic brain → increasing flexibility

But it adds something unique:

A detailed account of how practice can systematically dismantle the predictive self.

Final Take

Meditation isn’t just about relaxation.

It’s about transformation at the deepest level.

According to this model:

The more you reduce prediction, the closer you get to raw experience.

And at the extreme:

• No narrative

• No abstraction

• No self

Just awareness.

Ruben E. Laukkonen, Heleen A. Slagter, From many to (n)one: Meditation and the plasticity of the predictive mind, Neuroscience & Biobehavioral Reviews, Volume 128, 2021, Pages 199-217, ISSN 0149-7634,

https://doi.org/10.1016/j.neubiorev.2021.06.021.

“God Help Us”: Trying to Understand the Free-Energy Principle

Sumary of a LessWrong attempt to make sense of Friston

https://www.lesswrong.com/posts/wpZJvgQ4HvJE2bysy/god-help-us-let-s-try-to-understand-friston-on-free-energy

There’s a reason someone titled an article:

“God help us, let’s try to understand Friston.”

Because Karl Friston’s free-energy principle might be one of the most ambitious—and confusing—ideas in modern science.

The LessWrong post you shared doesn’t just explain the theory.

It wrestles with it.

And in doing so, it reveals something important:

The difficulty isn’t just mathematical—it’s conceptual.

The Core Idea (Stripped Down)

At its simplest, the free-energy principle says:

The brain—and maybe all living systems—try to minimize surprise.

That’s it.

But “surprise” here doesn’t mean emotional shock.

It means:

• The difference between what you expect

• And what actually happens

In technical terms, this is called prediction error.

And minimizing it is the brain’s constant job. (LessWrong)

Three Ways to Interpret the Theory

One of the most useful parts of the LessWrong post is that it breaks Friston’s idea into three interpretations.

1. A Computational Claim

The brain is basically doing Bayesian inference:

• It predicts the world

• Updates predictions based on data

• Improves its internal model

This is familiar territory.

It aligns with predictive processing.

2. A General Optimization Principle

Free-energy minimization is just a fancy way of saying:

“Be as accurate as possible about the world.”

It’s not about a specific algorithm.

It’s about a goal:

• Reduce mismatch

• Improve understanding

• Stay calibrated

3. A Radical Psychological Claim

This is where things get weird.

Friston suggests:

The only real motive of the brain is to reduce uncertainty. (LessWrong)

Not:

• Pleasure

• Reward

• Power

• Meaning

Just:

Uncertainty reduction

Why This Feels Both Obvious and Absurd

The LessWrong post captures a key tension:

This idea feels:

• ✔️ Obviously true

• ❌ Completely overreaching

Because yes:

• We turn on lights in the dark

• We seek information

• We avoid uncertainty

But does that explain:

• Love?

• Art?

• Ambition?

Friston’s answer is essentially:

Yes—those are all ways of managing uncertainty.

And that’s where skepticism kicks in.

Action and Perception Collapse Into One

Another core idea:

You reduce surprise in two ways:

• Change your beliefs

• Change the world

Example:

• If you expect light → flip a switch

• If you expect warmth → put on a jacket

Both actions serve the same function:

Making reality match your predictions.

This is called active inference.

And it unifies:

• Perception

• Action

• Decision-making

Into one process. (LessWrong)

The Strange Implication: Everything Is Self-Confirming

Here’s where the theory becomes unsettling.

If your brain is always minimizing surprise, then:

It will prefer a world that confirms its expectations.

That has consequences:

• You may avoid disconfirming evidence

• You may seek familiar environments

• You may reinforce your own beliefs

In extreme cases:

You don’t just perceive reality—you stabilize your version of it.

Is This a Theory of Everything?

The LessWrong author wrestles with a big concern:

The free-energy principle might explain too much.

It applies to:

• Brains

• Cells

• Organisms

• Possibly entire systems

Which raises a problem:

If a theory explains everything, does it explain anything?

This is a classic criticism:

• It risks becoming unfalsifiable

• It can feel more like a framework than a testable theory

Why It Still Matters

Despite the confusion, the core insight is powerful:

Living systems must maintain order in an unpredictable world.

To do that, they must:

• Predict

• Adapt

• Minimize mismatch

This connects to:

• Predictive processing

• The entropic brain

• REBUS (relaxed beliefs)

• Psychological entropy

All of which are variations on the same theme:

The mind is a system for managing uncertainty.

The Real Value of the LessWrong Post

What makes this article valuable isn’t just its explanation.

It’s its honesty.

It shows:

• Where the theory is clear

• Where it becomes abstract

• Where it might be overextended

And that’s rare.

Because with Friston, it’s easy to:

• Either dismiss everything

• Or believe everything

This post sits in the middle.

Final Take

The free-energy principle might be:

• A unifying theory of brain function

• A framework for understanding life

• Or an idea that’s still too broad to fully test

But the core intuition is hard to ignore:

The brain is constantly trying to reduce uncertainty about the world.

Everything else—perception, action, belief, emotion—

may be built on top of that.

Consciousness Lives at the Edge of Chaos

What “Consciousness Emerges at the Border Between Order and Chaos” reveals about the mind

What if consciousness isn’t something your brain simply has—but something it achieves?

Not in a fixed location.

But in a dynamic balance.

In this essay, Brett Andersen pulls together multiple scientific theories to argue a striking idea:

Consciousness emerges at the border between order and chaos in the brain. (Brett P. Andersen)

Too much order—and nothing new happens.
Too much chaos—and nothing meaningful holds together.

Consciousness exists in between.

The Core Idea: A Balance, Not a Thing

The essay focuses on phenomenal consciousness—basic experience itself:

• Feeling pain

• Seeing color

• Having any kind of subjective experience

Importantly, this is different from:

• Self-awareness

• Identity

• Narrative thinking

Andersen argues that this kind of experience arises when the brain reaches a very specific condition:

A state of maximum complexity, where systems are both integrated and differentiated. (Brett P. Andersen)

Why Order Alone Isn’t Enough

A perfectly ordered system is predictable.

• Every state leads to the same outcome

• Nothing new emerges

• No flexibility

In brain terms:

• Signals are rigid

• Activity is repetitive

• Experience is limited

This resembles:

• Deep sleep

• Sedation

• Certain unconscious states

Why Chaos Alone Doesn’t Work Either

At the other extreme:

• Signals are random

• Nothing connects

• No stable patterns form

In this state:

• Information cannot be integrated

• Experience becomes fragmented or impossible

This is closer to:

• Noise

• Breakdown

• Disorganization

The Sweet Spot: Criticality

Between these extremes lies something special:

A state called criticality—the edge between order and chaos.

At this boundary:

• The brain is stable enough to function

• But flexible enough to change

• Signals can spread across networks

• New patterns can emerge

This is where:

Conscious experience is maximized. (Brett P. Andersen)

Evidence from Three Major Theories

The essay builds its case by connecting multiple scientific frameworks.

1. Integrated Information Theory (IIT)

This theory proposes:

Consciousness = integrated information (Φ)

A system is most conscious when it is:

• Highly unified

• Highly differentiated

And crucially:

This balance is maximized at criticality. (Brett P. Andersen)

2. Global Workspace Theory (GWT)

This model suggests:

• Consciousness arises when information becomes globally available across the brain

Research shows:

• Conscious perception triggers a sudden “ignition”

• Brain-wide activity spreads rapidly

This ignition behaves like a:

Phase transition—a hallmark of systems at the edge of chaos. (Brett P. Andersen)

3. The Entropic Brain (Psychedelics)

Research on psychedelics shows:

• Brain entropy (disorder) increases

• Rigid patterns loosen

• Experience becomes more intense

The interpretation:

Normal consciousness is slightly too ordered
Psychedelics move the brain closer to criticality (Brett P. Andersen)

This explains:

• Expanded perception

• Insight

• Emotional breakthroughs

Insight Happens at the Edge

The essay makes a fascinating connection:

Insight itself may occur at the border between order and chaos.

Think about it:

• Too rigid → no new ideas

• Too chaotic → no coherent thought

But at the right moment:

• A new pattern emerges

• A sudden realization appears

This is experienced as:

• A “flash”

• A breakthrough

• A moment of clarity

Consciousness as Relevance

The essay also connects consciousness to something deeper:

Relevance realization—the ability to pick out what matters.

In a world of infinite information, the brain must:

• Ignore most things

• Focus on what’s important

Consciousness may be the process that:

Selects and integrates what is relevant into a coherent experience. (Brett P. Andersen)

A System That Self-Organizes

One of the most important implications:

The brain may naturally organize itself toward this critical state.

This is called self-organized criticality:

• Complex systems tend to settle at the edge of chaos

• Because that’s where they function best

In this view:

• Consciousness is not an add-on

• It’s a natural consequence of complexity

The Bigger Picture

This idea connects directly with many modern theories:

• Free-energy principle → minimizing uncertainty

• REBUS → relaxing rigid beliefs

• Entropic brain → increasing flexibility

• Predictive processing → balancing stability and change

All point toward the same insight:

The mind works best at a balance point between structure and flexibility.

Final Take

Consciousness may not be a thing inside your brain.

It may be a state your brain enters.

A dynamic equilibrium.

Too much order → rigidity
Too much chaos → breakdown
Just enough of both → awareness

And that means something profound:

Your experience of reality depends not just on your brain—but on how balanced it is.

You Are a Controlled Hallucination: What If Consciousness Is Something Your Brain Does—Not Something You Have?

What Being You: A New Science of Consciousness reveals about perception, self, and reality

Consciousness feels like the most obvious thing in the world.

You’re here. You’re aware. You’re experiencing something.

And yet, as neuroscientist Anil Seth argues in th ebook Being You: A New Science of Consciousness, that feeling of immediacy hides something deeply counterintuitive:

What you experience as reality is something your brain actively constructs.

Not metaphorically. Literally.

And once you see how that construction works, the idea of a stable, objective “self” starts to dissolve.

The Core Idea: Controlled Hallucination

Seth’s most famous phrase is this:

We don’t passively perceive the world—we actively predict it.

Sound familiar?

Like Andy Clark, Seth builds on predictive processing, the idea that the brain constantly generates models of the world and updates them based on incoming sensory data.

But Seth adds a crucial twist:

Perception is a controlled hallucination.

• It’s a hallucination because it’s generated by the brain

• It’s controlled because it’s constrained by sensory input

When everything works, your brain’s predictions align with the world, and the hallucination feels like reality.

When it doesn’t—you get illusions, distortions, or entirely altered states.

Consciousness Is Not One Thing

One of Seth’s most important moves is breaking consciousness into parts.

Instead of treating it as a single mystery, he distinguishes between:

• Perceptual consciousness (what you see, hear, feel)

• Bodily consciousness (your sense of being an embodied organism)

• Self-consciousness (your sense of being you)

This matters because it shows that the “self” is not a single entity.

It’s a bundle of processes.

And those processes can come apart.

The Self as a Construction

We tend to think of the self as stable and continuous.

Seth disagrees.

He argues that the self is something the brain builds, using:

• Sensory signals from the body

• Predictions about internal states

• Memory and narrative

This leads to a striking claim:

You are not a thing. You are an ongoing process.

Your sense of being “you” is more like a controlled model of a body in the world than a fixed identity.

Why the Body Matters

One of Seth’s key contributions is emphasizing the body’s role in consciousness.

This isn’t just about seeing and hearing.

It’s about interoception—the brain’s perception of internal bodily states like:

• Heart rate

• Breathing

• Hunger

• Arousal

According to Seth, consciousness is deeply tied to the brain’s effort to regulate the body.

In simple terms:

You feel like a self because your brain is constantly trying to keep your body alive.

This grounds consciousness in biology—not abstraction.

When the System Breaks (or Changes)

Seth’s framework helps explain a wide range of phenomena:

• Illusions: when predictions override sensory input

• Dreams: when the brain generates experience without external constraints

• Psychedelics: when predictive balance shifts, altering perception and selfhood

• Disorders of consciousness: when parts of the system fail or disconnect

Rather than treating these as edge cases, Seth treats them as windows into how consciousness works.

The Hard Problem—Reframed

Philosophers often talk about the “hard problem” of consciousness:

Why does brain activity feel like anything at all?

Seth doesn’t solve this outright.

Instead, he reframes the project:

• Focus less on metaphysical speculation

• Focus more on explaining, predicting, and controlling conscious states

This is a pragmatic move.

Instead of asking what consciousness is in itself, ask:

How does it arise, and how can we understand its mechanisms?

Why This Matters

Seth’s work isn’t just theoretical.

It has implications for:

• Mental health (understanding perception and self-modeling)

• Artificial intelligence (what would it mean for a machine to be conscious?)

• Ethics (how we think about animal and machine minds)

• Psychedelic science (how altering prediction changes experience)

It also challenges something more personal:

Your intuitive sense of being a stable, unified self.

Final Take

If Aldous Huxley suggested that the brain filters reality, and Andy Clark argued that it predicts reality, Seth brings those ideas together into a more complete picture:

The brain generates a controlled hallucination that we call reality—and within it, a model we call the self.

That doesn’t make your experience fake.

It makes it constructed.

And understanding that construction might be the closest we get to understanding consciousness itself.

The Best Foods to Eat Before and During a Psychedelic Experience

How diet can reduce nausea and support a smoother journey

Preparing for a psychedelic experience involves more than mindset and environment—what you eat can also play a meaningful role.

While many people don’t experience significant nausea, it’s still common enough that preparing your body in advance is worth considering. Thoughtful dietary choices can help reduce discomfort and support a more stable experience.

Why Food Matters

Psychedelics such as psilocybin interact with the brain’s serotonin system. While this interaction contributes to the desired psychological effects, it can also stimulate receptors linked to nausea.

This is why some people experience:

• Stomach discomfort

• Nausea

• Occasional vomiting

Fortunately, certain foods may help calm the digestive system and reduce these effects.

🍽️ Diet in the Days Leading Up

In the days before your experience, aim to keep your diet clean and balanced.

Recommended:

• Eat whole, plant-based foods

• Stay well hydrated

• Reduce sugar and caffeine

• Get light exercise

Avoid:

• Meat and fish (at least 12 hours prior)

• Alcohol (at least 12 hours prior)

• Recreational drugs or medications that affect the nervous system (48 hours prior, if possible)

A helpful guideline:

Eat as if you’re preparing for a physically demanding day—clean, simple, and nourishing.

🥔 What to Eat on the Day

On the day of your experience, less is more.

General Guidelines:

• Eat lightly

• Avoid heavy meals

• Consider fasting for a couple of hours beforehand

Psychedelics tend to be more effective—and easier on the body—when your stomach isn’t full.

Helpful Foods

Certain foods are easier to digest and may help reduce nausea:

🥔 Potatoes

Often considered one of the most stomach-friendly options.

• Best eaten 1–2 hours before

• Can be boiled, baked, or mashed

• Mild and easy to digest

🍚 Plain Starches

• White rice

• Simple noodles

These are:

• Gentle on digestion

• Low in irritation

• Good for stabilizing the stomach

🍞 Dry Foods

• Crackers

• Toast

• Plain cereals

They can help absorb stomach acid and provide light nourishment.

🍵 Ginger and Herbal Teas

Ginger is widely known for its anti-nausea properties.

• Drink ginger tea before or during

• Peppermint, chamomile, or lavender tea are also helpful

• Adding lemon may further reduce discomfort

🥥 Hydration

Staying hydrated is essential.

• Water is key

• Coconut water can help replenish electrolytes

• Herbal teas are a good alternative to caffeinated drinks

🚫 What to Avoid

To minimize discomfort, avoid foods that are harder to digest or overstimulating:

• Meat and fish

• Spicy foods

• Greasy or fried meals

• Very sugary foods

• Strong-smelling foods

• Alcohol and caffeine

These can increase the likelihood of nausea or digestive upset.

🪥 A Small but Useful Tip

Oral hygiene matters more than you might expect.

An unpleasant taste in your mouth can make nausea worse.

Brushing your teeth before your session can help reduce discomfort.

🧠 Final Thoughts

Your physical state plays a subtle but important role in shaping your experience.

A simple, clean diet can:

• Reduce nausea

• Improve comfort

• Support a more grounded experience

The goal isn’t perfection—it’s creating conditions that allow the experience to unfold with less resistance.

Psilocybin and Compassion: A New Model for Treating Depression

Summary of Psilocybin and Compassion: A New Model for Treating Depression, 2022, Frontiers in Psychiatry

How psychedelic therapy and self-compassion may reshape mental health

Depression is one of the most common and persistent mental health conditions—and despite decades of treatment development, many people don’t fully recover.

Traditional therapies and medications help, but for a large portion of individuals, relief is incomplete or temporary.

In recent years, a new approach has started to gain attention:

Combining psychedelic therapy with structured psychological support.

Among these, psilocybin-assisted therapy stands out—not just for its effects, but for how quickly and deeply it can shift experience.

But there’s an emerging question:

What kind of therapy works best alongside psychedelics?

🍄 Why Psilocybin Is Different

Psilocybin, the active compound in psychedelic mushrooms, works by altering brain activity in key regions involved in:

• Self-perception

• Emotion

• Meaning-making

Research shows it can:

• Rapidly reduce depressive symptoms

• Increase feelings of connection

• Shift rigid patterns of thinking

One of the most important mechanisms appears to be:

A temporary disruption of the “self” structure—allowing new perspectives to emerge.

🧠 The Missing Piece: Therapy Frameworks

Most psychedelic therapy follows a three-part structure:

1. Preparation

2. The experience itself (the “journey”)

3. Integration afterward

But many studies use minimal or loosely defined psychotherapy.

That leaves a key gap:

How do we guide and make sense of these powerful experiences?

This is where Compassion Focused Therapy (CFT) comes in.

❤️ What Is Compassion Focused Therapy?

CFT is a psychological approach designed especially for people who struggle with:

• Self-criticism

• Shame

• Harsh internal dialogue

It focuses on developing:

• Self-compassion

• Emotional regulation

• A sense of safety and connection

At its core, CFT is built around three emotional systems (shown in the diagram on page 3):

• Threat system → anxiety, fear, self-protection

• Drive system → achievement, motivation

• Soothing system → calm, connection, safety

Depression is often linked to:

• Overactive threat system

• Underactive soothing system

CFT aims to rebalance these.

🔗 Why Psilocybin and CFT Fit Together

Here’s where things get interesting.

Both psilocybin and compassion-based therapy appear to:

• Increase emotional openness

• Reduce negative self-focus

• Enhance connection to self and others

Research suggests that psilocybin can:

• Decrease negative emotional patterns

• Increase acceptance and connectedness

And CFT provides:

A structured way to integrate those experiences into lasting change

🧩 The Combined Approach

The paper outlines a structured therapy model combining both approaches.

1. Preparation Phase

Patients learn:

• How their mind works (“tricky brain” concept)

• How emotions are regulated

• Basic compassion practices

2. Psychedelic Sessions

During the experience:

• The approach is largely non-directive

• The patient explores their inner world

• Therapists provide support but minimal guidance

The goal:

Allow insight to emerge naturally

3. Integration Phase

This is where CFT becomes critical.

Patients work to:

• Make sense of their experience

• Develop a compassionate inner voice

• Reframe difficult emotions

Practices include:

• Compassionate reflection

• Breathwork

• Writing exercises

• Working with different “parts” of the self

🧠 The Deeper Mechanism

Why might this work so well?

Depression often involves:

• Repetitive negative thinking

• Self-criticism

• Emotional rigidity

Psilocybin appears to:

• Disrupt these patterns temporarily

CFT helps:

• Replace them with compassionate patterns

Together:

One opens the system → the other reshapes it

🌱 Why Compassion Matters

A key insight from this approach:

Many people with depression don’t just think negatively—they relate to themselves harshly.

CFT directly targets this by building:

• Warmth toward oneself

• Emotional safety

• Internal support

These qualities are not just psychological—they’re linked to biological systems associated with calm and connection.

⚠️ Important Limitations

This approach is still emerging.

Key unknowns include:

• How much therapy is necessary

• Whether different therapies work better for different people

• How results compare to other treatments

The paper emphasizes that more research is needed before firm conclusions can be drawn.

🔮 The Bigger Picture

What this model suggests is a shift in how we think about mental health treatment:

• Not just reducing symptoms

• But transforming how people relate to themselves

It also reflects a broader trend:

Moving from purely biological or cognitive models
→ toward integrated, experiential approaches

🎯 Final Take

Psilocybin alone may open the door to change.

But without guidance, those insights can fade.

Compassion Focused Therapy offers something crucial:

A way to turn temporary breakthroughs into lasting transformation

How Healing Actually Works: Psychedelics, Compassion, and the Power of Relationship

Adapted from Prospective associations of psychedelic treatment for co-occurring alcohol misuse and posttraumatic stress symptoms among United States Special Operations Forces Veterans, 2023, Military Psychology

A unified model of trauma, psychedelics, compassion, and the power of relationship

We often think of healing as something that happens inside a person.

A change in brain chemistry.
A shift in thinking.
A reduction in symptoms.

But when you step back and look across the research—from trauma studies to psychedelic therapy to self-compassion—another pattern emerges:

Healing is not just internal. It is relational, embodied, and dynamic.

And most importantly:

It happens when rigid systems become flexible again.

🧠 The Problem: Trauma as a Stuck System

At its core, trauma is not just an event.

It’s a pattern that doesn’t update.

For many people—especially veterans—this looks like:

• Persistent hypervigilance

• Intrusive memories

• Emotional shutdown or reactivity

The brain learns:

The world is dangerous → stay alert → don’t relax

This pattern is adaptive in combat.

But outside that environment, it becomes a loop.

And the key issue is:

The system no longer adapts—it repeats

🔄 Why Traditional Approaches Only Go So Far

Most treatments try to change:

• Thoughts (cognitive therapy)

• Chemistry (medication)

These can help—but often don’t fully resolve the underlying pattern.

Because the problem isn’t just what you think.

It’s:

• How your nervous system responds

• How your body holds experience

• How you relate to yourself

🍄 Psychedelics: Opening the System

Psychedelics introduce something fundamentally different.

They appear to:

• Disrupt rigid brain patterns

• Increase emotional openness

• Reduce defensive processing

In simple terms:

They temporarily loosen the structure of the mind

For trauma, this creates a critical opportunity:

• Memories can be revisited

• Emotions can be felt

• New perspectives can emerge

But this is only half the story.

Because opening the system is not the same as healing it.

🔗 The Missing Piece: Relationship

Research consistently shows:

The quality of the therapeutic relationship shapes the outcome

In psychedelic therapy, this becomes even more important.

Why?

Because during these states:

• Defenses are lowered

• Sensitivity is increased

• Trust becomes central

A strong therapeutic alliance provides:

• Safety

• Stability

• Emotional grounding

Without it:

• Experiences can become overwhelming

• Insights may not integrate

• Healing may stall

👤 The Therapist as the Tool

This leads to a deeper insight:

The therapist is not just delivering treatment—they are part of the system

Their presence, awareness, and emotional attunement shape:

• How the experience unfolds

• How the person feels during it

• How meaning is constructed afterward

This is sometimes called the “use of self” in therapy.

It means:

• Who the therapist is matters

• Not just what they do

❤️ Self-Compassion: Changing the Inner Relationship

If the therapist shapes the external relationship, self-compassion shapes the internal one.

Many people with trauma or depression struggle with:

• Harsh self-criticism

• Shame

• Emotional avoidance

Even after powerful experiences, these patterns can return.

Self-compassion works by:

• Replacing criticism with care

• Creating emotional safety

• Allowing difficult experiences to be processed

It doesn’t remove pain—it changes how pain is held

🧩 The Full Model of Healing

When you combine these elements, a clearer picture emerges:

1. Psychedelics → Open the system

• Increase flexibility

• Reduce rigid patterns

2. Therapeutic relationship → Stabilize the system

• Provide safety

• Support exploration

3. Self-compassion → Reshape the system

• Build new internal patterns

• Sustain long-term change

Together:

Opening + Support + Integration = Healing

🎖️ Why This Matters for Veterans

For military populations, this model is especially relevant.

Combat trains the nervous system to:

• Stay alert

• Suppress vulnerability

• Prioritize survival

Healing requires the opposite:

• Safety

• Emotional openness

• Trust

Psychedelics may help create the opening.

But:

Relationship and compassion make that opening usable

🌱 A Shift in How We Understand Healing

This model moves us away from:

• “Fixing symptoms”

Toward:

• Transforming systems

It suggests that healing is not about:

• Eliminating trauma

But about:

Changing how the mind and body relate to it

🔗 The Deeper Insight

Across all these domains—neuroscience, therapy, psychedelics—one idea keeps repeating:

The mind is not isolated. It is relational.

• Brain ↔ Body

• Self ↔ Experience

• Person ↔ Other people

Healing happens when these relationships become:

• Less rigid

• More flexible

• More supportive

🎯 Final Take

There is no single “magic” intervention.

Not psychedelics.
Not therapy.
Not mindset alone.

But when combined:

• Psychedelics open the door

• Relationship creates safety

• Self-compassion allows integration

Healing is not something that happens to you
It’s something that emerges from the interaction of all three

Armstrong SB, Xin Y, Sepeda ND, Polanco M, Averill LA, Davis AK. Prospective associations of psychedelic treatment for co-occurring alcohol misuse and posttraumatic stress symptoms among United States Special Operations Forces Veterans. Mil Psychol. 2024 Mar-Apr;36(2):184-191. doi: 10.1080/08995605.2022.2156200. Epub 2023 Feb 1. PMID: 38377244; PMCID: PMC10880491.

Healing happens when rigid systems become flexible again—through openness, safety, and integration.