Jerami

you can read me now

Category: Science

I Take a Placebo Every Day

March 18, 2026 / / 0 Comments

And the Science Behind Why It Keeps Me Healthy

People ask me how I stay healthy. My answer surprises them: I take a placebo every day. Not a sugar pill — something far more powerful. Something that doesn’t just keep me running up and down mountains, but keeps my mind euphoric. When I say I take a placebo, I am managing my thoughts indirectly by managing my language and posture in life, and I achieve that by managing my gut, my light exposure, my emotional state, and the meaning I assign to my experience. And the science behind why this works is, depending on your perspective, either the most important thing medicine isn’t teaching you, or the oldest thing humanity has always known.

First, I forced myself to set everything else aside to make it a mission to connect the dots — from billion-year-old cellular biology to quantum physics to the ancient traditions that somehow got there first. It is written in plain language, but every claim here has a thread of serious science behind it. The citations are at the end. The experience is my own.

What Is a Placebo, Really?

The word placebo has become a polite way of saying ‘it’s all in your head’ — a dismissal, a consolation prize for people who got better without real medicine. But that framing gets it exactly backwards. The placebo effect is not evidence that nothing happened. It is evidence that something remarkable happened, and we don’t fully understand the mechanism.

Consider what placebos can actually do:

• Parkinson’s patients show measurable dopamine release from sugar pills

• Fake knee surgery (incision only, no repair) performed as well as real surgery in multiple controlled trials

• Placebo painkillers are partially blocked by naloxone — proving they trigger real endorphin release

• Open-label placebos work — people told ‘this is a sugar pill’ still improve

• More expensive placebos work better than cheap ones — meaning the meaning of the treatment is itself biologically active

The placebo effect is not the body being tricked. It is the body’s self-regulation system receiving the signal it needs to do what it already knows how to do. Meaning is the medicine. And meaning enters the body through a chain that runs from the most abstract level of human experience — thought, belief, language — all the way down to the quantum level of cellular biology.

“The placebo effect is real, neurobiological, and clinically meaningful. We are only beginning to understand its mechanisms.” — Ted Kaptchuk, Harvard Medical School, Programme in Placebo Studies

The Five Brains — And Why They All Need to Talk to Each Other

Modern medicine treats the brain as the singular seat of consciousness and command, sending instructions downward to a passive body. This model is increasingly obsolete. We now understand that the human body has not one but five distinct neural processing centers — each capable of independent intelligence, each in constant bidirectional communication with the others. Health, in this framework, is not the absence of disease. It is the coherent synchronization of all five.

1. The Cortical Brain — The Narrator

This is the part we identify as ‘us’ — the conscious, language-using, planning, analyzing mind. It generates the thoughts and meanings that initiate the cascade. But it is the newest layer, sitting on top of far older systems, and it takes its cues from them as much as it directs them. Its most powerful function in the context of health is the generation of meaning — which, as we will see, is a direct biological input.

2. The Limbic Brain — The Archivist

The emotional brain. It stores survival-relevant patterns, runs the stress response, and operates largely below conscious awareness. Crucially, it cannot distinguish between a real threat and a vividly imagined one. Chronic fear, unprocessed trauma, or sustained negative emotional states here will drive the immune system into a state of chronic inflammatory alert — which is now understood to underlie most modern chronic disease. Keeping this brain clean means processing emotion rather than suppressing it, and feeding it safety signals rather than threat signals.

3. The Gut Brain — The Commander

The enteric nervous system contains approximately 500 million neurons — more than the spinal cord. It produces around 90% of the body’s serotonin and significant quantities of dopamine and GABA. It communicates with the cortical brain via the vagus nerve, and approximately 80% of vagal fibers run upward — from gut to brain — meaning your gut is telling your brain what to think and feel more than your brain is telling your gut what to do.

I discovered this directly. For years I suffered migraines that doctors told me were incurable. They were right that they couldn’t cure them — because the cure was not a prescription. It was eliminating a candida yeast overgrowth, healing intestinal permeability (leaky gut), and restoring the gut lining. Once the gut lining healed, fewer inflammatory compounds entered the bloodstream. Fewer crossed the blood-brain barrier. The neuroinflammation that was producing my migraines resolved. My gut brain stopped sending distress signals. The migraines stopped.

“The gut-brain axis is bidirectional and plays a fundamental role in mood, cognition, and immune regulation.” — Emeran Mayer, The Mind-Gut Connection (2016)

4. The Heart Brain — The Broadcaster

The heart contains approximately 40,000 neurons and operates with significant autonomy. More importantly, it generates an electromagnetic field that extends several feet outside the body — measurably stronger than the brain’s field. The HeartMath Institute has documented that when this field is coherent — achieved through intentional positive emotional states — it measurably affects the nervous system, immune function, and hormonal regulation. People in close physical proximity show entrained heart rate variability — their rhythms begin to synchronize. Your internal emotional state is not internal. It is being broadcast continuously.

“The heart’s electromagnetic field is the most powerful rhythmic electromagnetic field produced by the body and can be detected several feet away.” — HeartMath Institute Research Center

5. The Cellular Brain — The Original Intelligence

Before nervous systems existed, before brains evolved, single-celled organisms needed to sense their environment and respond intelligently. The tools they used were microtubules — dynamic protein structures inside every cell — and flagella, the rotating sensory-propulsion systems of ancient microbes. These structures are billions of years old, and they are still inside you. Every cell in your body is waving a tiny antenna called the primary cilium — once considered vestigial, now understood to be a primary sensory receiver for mechanical, chemical, and electromagnetic signals from the cellular environment.

Neuroscientist and anesthesiologist Stuart Hameroff, working with mathematician Roger Penrose, proposed that microtubules are the actual site of consciousness — that quantum computations inside them collapse into the moments of experience we call awareness. This is the Orchestrated Objective Reduction (Orch-OR) theory. It remains contested, but has not been disproven, and recent evidence of quantum coherence operating in warm biological systems — first demonstrated in photosynthesis — has kept it scientifically alive.

The implication is profound: your brainwaves, measurable by EEG, may be the tip of the iceberg — the large-scale output of something happening at a quantum level far below, in the microtubules of every neuron, and potentially every cell.

The Chain: How Meaning Becomes Biology

Here is the chain I believe I am working with every day, and which the science increasingly supports:

Meaning & Language  →  Neural Pattern  →  Quantum State Change  →  Gatekeeping Proteins  →  Nervous System  →  Neurochemical Cascade  →  Systemic State  →  Heart Field Broadcast  →  Environment

Every step in this chain has scientific support. Language shapes prediction and bodily state before sensory data even arrives — Lisa Feldman Barrett’s research on constructed emotion shows the brain uses conceptual categories to pre-configure physiological responses. Those neural patterns, in the Orch-OR model, correspond to quantum state changes in microtubules. Those quantum states cascade into epigenetic regulation — the gatekeeping proteins that determine which genes are expressed. Bruce Lipton’s cell biology research showed that membrane proteins act as receivers of environmental signals, including electromagnetic ones, and can override genetic defaults. The nervous system, via the vagus nerve, then distributes that new instruction throughout the body. The heart broadcasts the resulting state electromagnetically into the surrounding space.

This is not a metaphor. It is a proposed physical mechanism. And it means that the words you habitually use about yourself, the meanings you assign to your experience, and the emotional states you sustain are not decorative — they are direct biological programming instructions.

“Epigenetic changes can be driven by psychological states. Meditation practice alters gene expression in immune-related pathways within weeks.” — Kaliman et al., Psychoneuroendocrinology (2014)

Light as the Original Signal

Every living thing on Earth evolved under the same rhythmic signal: the predictable cycle of spectral change from dawn to dusk. Circadian clock genes — Period, Cryptochrome, CLOCK, BMAL1 — are found in virtually all life forms, from cyanobacteria to humans. They are so fundamental and so conserved across species that they appear to have emerged early in the history of life and never been replaced, because nothing worked better.

The cryptochromes in your circadian system are directly descended from photolyase enzymes in ancient bacteria that used light energy to repair DNA damage. The retinal molecule in your eye that catches single photons and converts them into neural signals is a modified version of bacteriorhodopsin found in microbes over a billion years old. You are a light-detection system that has been progressively complexifying for a billion years while never discarding its original tools.

Morning light — red and orange spectrum, low angle — sets the master clock in the suprachiasmatic nucleus and initiates a 12-16 hour countdown to melatonin production. Midday full-spectrum light drives vitamin D synthesis and serotonin production. Evening red light signals wind-down. Blue light at night from screens tells your ancient biological clock it is noon — which is why screen use before sleep is so profoundly disruptive to sleep architecture, immune regulation, and metabolic health.

Physicist Fritz-Albert Popp discovered that living cells emit ultra-weak coherent light — biophotons — that appear to function as a cellular communication system. If true, we are not merely receiving sunlight as energy. We are participating in a light-based information exchange at the cellular level that has been running since life began.

“Biophoton emission from living cells appears to be coherent and may represent a fundamental cellular signaling system.” — Fritz-Albert Popp, International Institute of Biophysics

The Ancients Got There First

Every major spiritual and religious tradition in human history — with no contact between them — independently reached for light as its central metaphor for consciousness, understanding, and divine encounter. Hindu Jyoti, Buddhist luminous mind, Christian transfiguration, Sufi Nur, Egyptian Ra, Plato’s emergence from the cave into light. These traditions were not being poetic. They were reporting something accurate about their internal experience and encoding it in the most precise language they had.

The theta brainwave state — 4 to 8 Hz, associated with deep meditation, prayer, psychedelic experience, and flow — is consistently described across traditions as accompanied by experiences of inner light, warmth, expansion, and unity. In this state, the brain’s default mode network quiets, sensory filtering loosens, and neuroplasticity peaks. It may be that in theta, the filtering that normally drowns out the deeper biophotonic signal relaxes enough that the light of cellular activity becomes directly perceptible. The meditator is not imagining the light. They may be perceiving their own biology from the inside.

Prayer and faith worked — and work — because they are delivery systems for exactly the kind of coherent, sustained, meaning-laden signal that the placebo chain requires. A person in genuine prayer is:

• Generating coherent language and meaning (cortical brain input)

• Inducing a theta or alpha brainwave state (limbic and cortical synchronization)

• Activating the parasympathetic nervous system (vagal tone increase)

• Generating positive emotional states (heart field coherence)

• Embedding meaning in the body through repetition (epigenetic reinforcement over time)

I believe the miracles recorded in ancient texts — spontaneous healing, extraordinary resilience, recovery from conditions considered fatal — are possible and real, extreme expressions of a biological capability that is still occurring even today, documented in modern medicine as spontaneous remission, and available to all of us to varying degrees, whether seeking joy, Jesus, or aligning your five-brain axis.

That is what the ancients called faith. The substance of things hoped for. The evidence of things not seen. A sustained meaningful signal, delivered to a body that knows how to respond to it.

What I Actually Do — The Practical Placebo

Keeping the axis between conscious mind, subconscious, brain, and gut clean and in sync produces, for me, a daily baseline of euphoria. Not the euphoria of stimulants or escapism — the euphoria of a well-running system. I experience it as evidence that my neuroplasticity is active, my mitochondria are producing energy efficiently, my hippocampus is generating new neurons, and my heart field is coherent and ordered.

The neuroscientist Ronald Duman at Yale established the neurogenesis hypothesis of depression — that the hippocampus of depressed individuals shows suppressed neuron birth, and that restoring neurogenesis is a primary mechanism by which any effective antidepressant works, not just serotonin adjustment. The things that most robustly stimulate hippocampal neurogenesis are: aerobic exercise, intermittent fasting, omega-3 fatty acids, sunlight, novel learning, deep sleep, meditation, and psychedelics. Every one of those is something humans in natural environments received automatically. Their absence in modern life may be the primary driver of the epidemic of depression — not a chemical imbalance, but a neurogenesis deficit caused by a lifestyle that removed all the natural stimuli that kept the system running.

My daily placebo is a collection of inputs to a five-brain axial star cluster:

For the Cortical Brain:

I feed it meaning, learning, and honest self-examination. I pay attention to the language I use about myself. I know that the words I habitually speak about my health, my capacity, and my experience are programming instructions, not neutral descriptions.

For the Limbic Brain:

I process emotion rather than suppress it. As a guy, this was the most challenging accomplishment, being always taught to ignore what’s going on inside, and put mission first. In doing so, I learned to take care of myself. I maintain practices — prayer/meditation, breath work, time in nature — that shift the nervous system toward parasympathetic dominance and out of the chronic low-grade threat state that modern life installs.

For the Gut Brain:

I keep the gut clean and populated with the right organisms. I eliminated the yeast overgrowth and healed the intestinal lining that was allowing inflammatory compounds into my bloodstream and across the blood-brain barrier. I keep the parasites at a minimum with fermented foods and cleansing. I treat the gut not as a digestive tube but as the intelligent system it is — one that produces most of my serotonin and talks to my brain continuously.

For the Heart Brain:

I focus on cultivating genuine coherent emotional states — not performed positivity, but actual appreciation, connection, and meaning. And because of how the people I come into contact react around me, when my pulse is strong enough to feel the surge, after exercise, skin glowing, I know these states very well produce an ordered electromagnetic field, with subtle skin tones of healthy indication, that bathes every cell in my body with nutrients, healing. I have often watch as this extends into the space around me, affecting the people I encounter. I bolster this field with intense exercise, working vo2 max with sprints, running up mountains and hiking long distances. As a result, my resting pulse is 41 and my lung capacity is about 4000ml. There’s a reason you look at a person with an inflated chest who breathes in an entire room as they walk in, differently than you look at somebody hunched over and can barely move. These are the signals.

For the Cellular Brain:

I get morning sunlight, move my body, fast periodically, sleep well, and minimize the artificial light (except cold dark winter nights in Alaska) and electromagnetic noise that disrupts cellular signaling. Then I stay aware of lifestyle. As the network of microtubules is thought of as a quasi-crystalline structure capable of resonance, it can be the most easily damaged or masked and difficult to repair. I think this is where psychoactive drugs shine. I don’t take them but I did have a near-death experience where I traveled the universe, experienced total recal and then was euphoric for weeks after recovery, in knowing the answer to many questions upon return.

So when I stop dreaming, I ask myself “am I getting enough sleep?” and “What’s going on in my life and consciousness?” “Why can’t I access my subconscious right now?” “Why am I not in tune with what’s going on around me?” Numbness in one sense usually bleeds into numbness to other senses. Usually something going on in life, like stress, inflammation, injury or overexertion are present. It’s enough to make me stop for a reset. I treat my cells as the ancient intelligent receivers they are, and try to give them the signals they have been tuned to receive for a billion years.

The Miracle Is the Mechanism

What the ancients called miracles, what scientists call placebo, what I call my daily practice — these are not different things. They are different vocabularies for the same underlying reality: that meaning, sustained and embodied across the five brain axis, produces measurable biological change through a chain that runs from the quantum level, all the way out to the electromagnetic field surrounding your body and affecting the ones I’m close to.

We are billion (maybe trillion-year-old light-detection and energy-seeking systems, built from tools that have never been discarded because they have never been bettered. Our capacity for language, meaning, and faith are not late additions to a mechanical body. They are the most recent and most powerful inputs into a self-organizing intelligence that has been healing itself since before it had a name for what it was doing.

The placebo is not a trick. It is a technology. And it has been available to every human being who ever lived.

The question is not whether it works. The question is whether we are willing to start taking it seriously.

Sources & Further Reading

Kaptchuk, T.J. et al. (2010). Placebos without Deception: A Randomized Controlled Trial in Irritable Bowel Syndrome. PLOS ONE.

Hameroff, S. & Penrose, R. (2014). Consciousness in the Universe: A Review of the ‘Orch OR’ Theory. Physics of Life Reviews, 11(1), 39-78.

Mayer, E. (2016). The Mind-Gut Connection. Harper Wave.

Lipton, B. (2005). The Biology of Belief. Mountain of Love Productions.

Duman, R.S. et al. (2016). Synaptic Plasticity and Depression: New Insights from Stress and Rapid-Acting Antidepressants. Nature Medicine, 22, 238-249.

Kaliman, P. et al. (2014). Rapid Changes in Histone Deacetylases and Inflammatory Gene Expression in Expert Meditators. Psychoneuroendocrinology, 40, 96-107.

McCraty, R. et al. (2009). The Coherent Heart: Heart-Brain Interactions, Psychophysiological Coherence, and the Emergence of System-Wide Order. HeartMath Institute.

Popp, F.A. (2003). Properties of Biophotons and Their Theoretical Implications. Indian Journal of Experimental Biology, 41, 391-402.

Barrett, L.F. (2017). How Emotions Are Made: The Secret Life of the Brain. Houghton Mifflin Harcourt.

Strassman, R. (2001). DMT: The Spirit Molecule. Park Street Press.

Foster, R.G. & Kreitzman, L. (2004). Rhythms of Life: The Biological Clocks that Control the Daily Lives of Every Living Thing. Yale University Press.

Wim Hof Method validation: Kox, M. et al. (2014). Voluntary Activation of the Sympathetic Nervous System and Attenuation of the Innate Immune Response in Humans. PNAS, 111(20), 7379-7384.

Tuszynski, J.A. (2010). The Bioelectrical and Bioenergetical Systems of the Cell. Springer.

Engel, G.S. et al. (2007). Evidence for Wavelike Energy Transfer Through Quantum Coherence in Photosynthetic Systems. Nature, 446, 782-786.

∎

March 16, 2026 / / 0 Comments
When the Ground Shifts

An Essay — Anchorage, Alaska, 2026

When the Ground Shifts

A curious exploration of life, universe, and the courage to know

Read
Section I

The Map I Did Not Ask For

I did not stumble into these questions by accident. I got here the same way most people do — by paying attention long enough to notice that the official story has some gaps in it.

Chan Thomas wrote The Adam and Eve Story in 1963. The CIA classified it. That alone should make anyone curious. Not because classified automatically means true, but because it means someone, somewhere, decided the public was not ready for it. Thomas was not a careful scientist. He had an overactive imagination, or an agenda, or maybe the knowing itself drove him a little unhinged — that happens to people who stare too long into uncertain things. But strip away the embellishment, and what remains is a man pointing at the geological record and asking questions the mainstream was actively avoiding. Magnetic pole shifts. Cyclical catastrophism. The idea that civilization has been here before, built something, and lost it — more than once.

Those questions do not belong to him anymore. They belong to the rock layers, the ice cores, the Younger Dryas boundary event, the accelerating movement of magnetic north.

The data is catching up to the outline he drew. So here I am, holding the map of a world that does not behave the way I was taught it does. And rather than putting it down, I have decided to learn how to read it.

I left it up to artificial intelligence to assemble about five years of my thoughts and personal notes that led me down so many rabbit holes and philosophical debates with myself. Not trying to be too wordy, but after four or more hours of reading every day, you kind of pick up the language from all the disciplines in each area of study. Putting it all together has really brought an underlying feeling of excitement as I discover the world on my own terms, at my own pace.

* * *
Section II

What the Planet Is Actually Saying

The magnetosphere is weakening. That is not conspiracy — NOAA publishes it. The South Atlantic Anomaly is expanding. When the shield thins, cosmic rays penetrate deeper, atmospheric chemistry changes, volcanic activity increases from below while our defenses erode from above. The sun that sustains us is also, on long enough timescales, the thing that ends us. We orbit a galaxy full of hazards we barely track. And the geological record is unambiguous: Earth does not do slow and steady forever. It does long, quiet stretches, and then it reorganizes — violently, rapidly, without much warning.

I know this. I cannot unknow it.

But the geological threat is only one layer of the problem. In 1972, a team at MIT published The Limits to Growth. They fed the data of a finite planet into computer models and asked a simple question: what happens when an economy built on infinite expansion runs into hard physical limits? The models were remarkably accurate. We read them, acknowledged them briefly, and then chose to keep going. The conversation about sustainability had its moment in the cultural spotlight and then quietly faded — not because the problem was solved, but because it was inconvenient.

The oceans are being depleted faster than they can recover. Topsoil is being lost faster than it forms. Fresh water tables are dropping. Fisheries that fed entire civilizations are collapsing. These are not projections anymore — they are current events, happening in measured, documented increments, while most of the conversation has moved on to other things. Meanwhile the geopolitical temperature is rising. The talk of world war is no longer hypothetical fringe concern; it is being discussed in parliamentary sessions and military briefings.

What I think is actually coming is not one thing. It is a convergence — ecological depletion colliding with resource competition, colliding with climate disruption, colliding with human desperation. People competing over what is left. Disease moving faster through stressed and crowded populations. Wealth concentrating further as safety nets erode, until even that wealth finds no safe harbor. Because here is the thing the wealthy tend to forget when they build their bunkers and plan their escapes: they still live on the same planet. Their food chains run through the same oceans. Their children breathe the same atmosphere. Money is a claim on resources, and if the resources are gone, the claim is worthless.

When the wealthiest and most connected people on Earth pivot simultaneously toward underground bunkers, seed vaults, and plans to colonize Mars — while publicly dismissing catastrophism — you are watching people prepare for what they actually believe is coming.

These are not the actions of people who think the trajectory is stable. The gap between what is known and what is said publicly is not a conspiracy in the dramatic sense. It is an incentive structure. If the general population genuinely believed a civilizational reset was likely within their lifetime, the economy stops. People stop showing up. The entire architecture of modern society depends on a shared assumption of continuity that may no longer be warranted.

* * *
Section III

The Level Above the Problem

Einstein told us that no problem can be solved from the same level of consciousness that created it. We have been taking that as a technological challenge. Build better computers. Model more variables. Harness quantum superposition to simulate the full complexity of living systems. And that is true — we need those tools desperately, and we are not there yet.

Classical computing, no matter how fast, is still solving problems sequentially through binary logic. The universe does not run on binary logic. It runs on probability amplitudes, on superposition of states, on entangled relationships across scales we cannot yet fully measure. A quantum system does not ask whether it is this or that — it holds this and that and every weighted combination of both simultaneously, and collapses to a single answer only when observed. That is actually how complex systems behave. Economies, ecologies, climate, human psychology — they are all in superposition until an intervention collapses them into a particular state. Quantum computing is the first tool we have built that thinks in the same language the universe uses.

We are also beginning to understand that artificial intelligence, for all its promise, is a bridge — not the destination. AI can optimize. It can pattern-match at scales no human can. But it is still a classical system at its core, optimizing within the constraints of the world we have already described. What we need underneath it is a fundamentally different way of modeling reality. And we are not thinking in systems. We regulate carbon while subsidizing the infrastructure that produces it. We treat disease while poisoning the food supply that prevents it. We build intelligence while leaving the ecological and social systems it will operate within in accelerating decay.

The thermodynamic frame is the most honest one: any system that consumes more than it produces is in decline. Full stop. That is not politics or philosophy — it is physics.

Entropy is the default direction of the universe, and the only thing that has ever reversed it locally — a cell, an ecosystem, a civilization — is a sustained input of organized energy that exceeds the losses. The moment consumption consistently outpaces production, you are watching a system wind down. No amount of wealth insulates anyone from that arithmetic. The bunker fills with people who forgot to think about what happens after the provisions run out.

So the solution set has to be one level above the problem. We need quantum tools to model the true complexity of the systems we are embedded in. We need AI to help us process the outputs. And we need — perhaps most urgently — a civilization that has learned to think in systems, to produce more than it consumes, and to organize itself around regeneration rather than extraction. Not because it is idealistic. Because it is the only thermodynamic option that does not end in heat death.

* * *
Section IV

The Superposition of the Self

But here is what I keep coming back to. The technology is only half of it. Maybe less than half.

Because the deeper challenge is integration. Not just of our computing systems. Not just of our scientific disciplines. But of us. Of the human beings who will have to receive the outputs of those systems, interpret them, and then actually change how they live.

We carry within us a multitude. Neuroscience is beginning to confirm what contemplative traditions have said for millennia — that the self is not a single voice but a chorus. Different neural subsystems, different developmental layers, different parts shaped by trauma and love and survival and loss, all running simultaneously, all holding different models of the world, all influencing behavior through channels we are mostly not conscious of. The brain is already a quantum-like system in one sense — it holds multiple conflicting states at once, multiple versions of who we are and who we could be, and what we experience as a decision is often just one state collapsing into expression while the others go quiet, temporarily.

The superposition of the self is the distance between who we actually are and who we are fully capable of becoming. The full realization of the DNA we were given. The actual self and the ideal self — not in perpetual painful tension, but converging.

That convergence is not a fantasy. It is a biological possibility. It is what human beings look like when fear is not running the operating system. Fear closes things down. Trauma narrows the aperture. Chronic anxiety is not just uncomfortable — it is physiologically and neurologically a state of disconnection. The communication between the parts of the brain that see broadly and the parts that act wisely gets severed. The window through which we might perceive the deeper nature of things — the boundary between individual consciousness and whatever the quantum substrate of reality actually is — goes dark.

You cannot solve a civilizational crisis from a trauma response. You cannot think in systems when your nervous system is locked in threat detection. You cannot hold the superposition of what is and what could be when every resource you have is devoted to managing what you are afraid of.

So integration is not soft language. It is a hard prerequisite. The healing of the individual nervous system, the resolution of the fear that keeps the parts of the self from communicating with each other, the closing of the gap between who we are and what we are capable of — this is load-bearing infrastructure for everything else. A quantum computer running on a fragmented, traumatized human civilization is just a faster way to optimize the wrong things.

What we actually need — and what quantum thinking points toward even before the computers are ready — is a civilization that has learned to hold superposition. To see multiple truths simultaneously without collapsing them prematurely into conflict. To let the ideal and the actual exist in productive tension rather than shame. To understand that the boundary between self and world, between individual consciousness and the deeper fabric of reality, is more permeable than our defended, anxious selves have been willing to admit.

The universe is not running away from us. It is waiting for us to stop running from ourselves.
* * *
Section V

What I Do With This

So the question I sit with is not really whether something significant is coming. The geological record settles that. The resource data settles that. The behavioral signals of people who should know settle that. The real questions are: What do I do with this knowledge? How do I build a life that is not paralyzed by it? And how do I face whatever is coming — with curiosity rather than dread, with courage rather than denial, with the kind of open-eyed presence that makes a life feel like it meant something?

I have found that the most useful thing I can do is separate what is within my control from what is not, and work with full attention on the former. Geographic positioning matters. Skills matter. Community matters. Understanding how to grow food, manage water, and function outside of fragile infrastructure matters — not as doomsday theater, but as the same common sense that kept humans alive for two hundred thousand years before anyone invented a grocery store.

What cannot be controlled, I am learning to release. Not through denial — that is just avoidance wearing different clothes — but through an honest reckoning with what impermanence actually means. The Stoics had this right: the things outside your control are not your burden. The Buddhists had it right too: the suffering is not in the impermanence itself, it is in the resistance to it. And physics, stripped of any spiritual framing, points in the same direction. My energy does not end. It transforms. The atoms in my body were forged in stars that died before this solar system existed. They will outlast everything I have ever touched, reassembling into things I cannot imagine. There is something genuinely steadying in that, if I sit with it long enough.

Whether I frame this in the language of faith or thermodynamics, the conclusion is similar: what I am does not vanish. It changes form. The specific arrangement — this consciousness, this life, these relationships — is temporary. The underlying reality it is made of is not. That is not a small thing to hold onto.

I am also aware of what we are gaining. We are the first civilization with the instruments to see these threats coming. We are building minds — artificial and collective — that can model complexity at scales no individual human brain can reach. We are approaching a threshold in quantum computing that will let us finally ask questions as sophisticated as the universe we are trying to understand. And there is a growing number of people — quiet, serious, curious people who are not panicking but are paying attention — who are beginning to think in systems, to prepare regeneratively, and to understand that the old models of power and survival are not just morally bankrupt but physically unsustainable.

That convergence gives me genuine hope. Not the naive kind that looks away from the data. The kind that comes from looking directly at the problem and still finding, on the other side of it, something worth building toward.
* * *
Section VI

A Note on Courage

Thomas was right about the general shape of things, even when he got the details wrong. The broader lesson — that we deserve to know the truth, that the record of this planet is more violent and more interesting than the official story suggests, and that awareness is better than comfortable ignorance — that holds. The Limits to Growth said the same thing in colder, more precise language half a century ago. The oceans are saying it now in the only language they have left.

But the response to knowing is not despair. The response to knowing is integration. It is the willingness to hold the full picture — the geological record and the quantum possibility, the depletion and the ingenuity, the fragility and the extraordinary improbable beauty of being conscious in a universe that did not have to produce consciousness at all — and to act from that wholeness rather than from the fear of any single piece of it.

The universe has been reorganizing itself into more complex forms of experience for fourteen billion years. We are one of those forms. And if we are brief — if this particular arrangement of matter and energy that thinks and wonders and writes essays about its own impermanence turns out to be a short chapter in a much longer story — that does not diminish it. It makes it exquisite.

I would rather know. And knowing, I would rather build something that matters, prepare for what I can, release what I cannot, and face whatever comes with my eyes open and my nervous system as integrated as I can manage to make it.

That is the only kind of courage I know how to talk myself into. And it turns out — it is enough to work with.

— Anchorage, Alaska, 2026

When the Ground Shifts  ·  A Personal Essay

Earth’s Protective Shield Is Weakening—But Not How You Think

December 8, 2025 / / 0 Comments
December 7, 2025 – AI assisted inquiries using multiple studies and sources. Not all facts have been verified, but links provided for all resources cited. Updates may not be reflected in audio version. On the go? Listen here.

Alaska – the risk of major earthquake (above 7.0) went up to 98%. A major earthquake just struck Kamchatka. The North Pole is migrating toward Siberia. And Earth’s magnetic field is fading. Scientists say they’re all connected—and we’re about to enter a period of increasing geological chaos. Here’s what actually matters.

Earth’s magnetic field—the invisible force that has protected life for billions of years—is failing. Not catastrophically. Not tomorrow. But noticeably. Over the past 200 years, it has weakened by 9%. The North Magnetic Pole has accelerated its drift from 15 to 55 kilometers per year. And in 2025, we’ve already witnessed a magnitude 8.8 earthquake in Russia, the sixth largest ever recorded, followed by thousands of aftershocks.

The timing is no coincidence. Recent research reveals a stunning connection: solar activity directly influences earthquake patterns. When the Sun quiets down, cosmic rays intensify, and earthquakes increase. Scientists have found statistical correlations so strong (better than one in a billion odds of being random) that they’re scrambling to understand the mechanism.

For most people, these changes will be invisible. But for some—those in earthquake zones, coastal areas vulnerable to tsunamis, or anyone dependent on power grids and satellites—understanding what’s coming could be the difference between preparedness and catastrophe.

Here are three things you need to know.

1. THE WEAKENING SHIELD: How Your Planet’s Magnetic Field Actually Works—And Why It’s Failing

What it is: Earth’s magnetic field is generated by swirling liquid iron in the planet’s outer core, 3,000 kilometers beneath your feet. This molten metal acts like a spinning dynamo, creating electric currents that maintain the protective bubble we call the magnetosphere. This bubble extends thousands of kilometers into space and performs a critical function: it deflects the solar wind—a relentless stream of charged particles from the Sun traveling at 250-500 kilometers per second.

Without this shield, the solar wind would gradually strip away Earth’s atmosphere, as it has done to Mars. The magnetosphere works by creating outward pressure that counterbalances the solar wind’s inward pressure. At the boundary zone (called the magnetopause), these forces equilibrate. Some particles still make it through—particularly at the poles, where magnetic field lines funnel them downward, creating the auroras.

Why it’s weakening: The core’s convection patterns are changing. Beneath the South Atlantic, unusual “reverse flux patches” are appearing where magnetic field lines go back into the core instead of coming out. These patches are moving westward and causing the field to weaken intensely in that region. It’s like watching strange whirlpools develop in a flowing river—the overall current still works, but localized disruptions are growing.

The timeline: At current rates, we won’t see a full magnetic pole reversal this century. Full reversals take 1,000 to 10,000 years to complete, and we’re technically overdue (the last one occurred 780,000 years ago). But here’s the thing about “overdue”—reversals show no predictable pattern. They happen on average every 450,000 years, but that’s just statistics. The next one could begin next decade or in 50,000 years.

What this means for you: In your lifetime, the magnetosphere will continue weakening gradually, but will remain substantially protective. Modern technology will absorb most of the disruptions: GPS already accounts for magnetic drift, power grids are being hardened against solar storms, and satellites have shields. Life goes on—but preparedness matters for those in high-risk zones.

2. THE SUN CONTROLS THE EARTH: How Solar Activity Is Triggering More Earthquakes Than We Expected

The shocking discovery: In 2023, an international research team found a statistical correlation between cosmic ray intensity changes and global earthquake activity—at a confidence level exceeding six sigma. That’s a one-in-a-billion chance of being random. The correlation showed a 15-day time lag: changes in cosmic rays preceded major earthquakes by roughly two weeks.

Here’s how it works: When the Sun enters a quiet period (solar minimum), its magnetic field weakens. This allows more cosmic rays from deep space to penetrate the inner solar system and reach Earth. The increased cosmic radiation appears to influence lithospheric processes—the movement of molten rock and fluids deep in the crust. In fault zones already under stress, this can be enough to trigger release, causing earthquakes.

The evidence: Over 11-year solar cycles, earthquake activity varies by 7-8% in correlation with solar activity. During the quiet periods, earthquakes increase. During solar maxima, they decrease. Researchers have traced this pattern across multiple solar cycles going back decades. Even more compelling: geomagnetic storms—which precede cosmic ray influxes—tend to occur before major earthquakes more often than after them, statistically.

2025 in context: The magnitude 8.8 Kamchatka earthquake in July occurred during a period of geomagnetic instability. The thousands of aftershocks that followed are normal—when you rupture a fault over 475 kilometers, you trigger cascading stress releases for years. But the timing wasn’t random. It aligned with fluctuations in solar activity and geomagnetic activity in ways that earlier generations of scientists would have dismissed as coincidence.

What this means for earthquake risk: Earthquakes themselves aren’t increasing in frequency globally—we’re simply detecting more through better seismic networks. The real risk depends entirely on local geology. If you live in the Pacific Ring of Fire, near the Mediterranean, or in Central Asia, you face baseline earthquake risk that has nothing to do with solar activity. If you live in stable continental interior, your earthquake risk remains negligible. The solar-earthquake link doesn’t create new earthquakes; it may slightly alter the timing of earthquakes that would happen anyway.

3. YOUR PERSONAL RISK ASSESSMENT: What Can Actually Hurt You—And What You Can Actually Do About It

The honest probability breakdown:

Carrington-scale solar storm (gridlock for 1-2 years): 12% chance this decade. Consequence: massive economic disruption, but most people survive fine with preparedness.

Magnitude 9+ earthquake near a major coastal city: 5-10% chance this decade depending on location. Consequence: thousands to hundreds of thousands of deaths depending on building codes and tsunami response systems.

All three catastrophes happening simultaneously: roughly 1 in 3.8 billion. Don’t buy insurance for this.

If you live in a seismic zone (California, Japan, Chile, Turkey, Indonesia, etc.):

  • Secure furniture to walls now. Identify safe spots in your home—under doorframes or against interior walls.
  • Keep emergency supplies: water (1 gallon per person per day for 2 weeks), non-perishable food, first aid kit, flashlight, battery radio.
  • For serious risk reduction: advocate for or invest in seismic retrofitting (base isolation, dampers, proper bolt-downs). This works.
  • Download your local earthquake early warning app (ShakeAlert in California, similar systems exist worldwide). You’ll get 5-60 seconds of warning depending on distance.

If you live on a coast vulnerable to distant-source tsunamis:

  • Know your evacuation routes to high ground. 10 kilometers inland or 30 meters up is generally safe.
  • Sign up for tsunami alert systems. Most coastal communities offer SMS or app-based warnings.
  • Don’t wait for ground shaking as a warning. Modern tsunamis from distant earthquakes arrive without strong local shaking. The 2004 Indian Ocean tsunami killed 230,000 partly because people didn’t understand this.
  • One practical thing: keep a “go bag” ready—documents, medications, phone chargers, cash.

If you depend on power grids and satellite communications:

  • Keep 2 weeks of essential medications on hand if you depend on them.
  • Maintain digital backups of important documents and photos in multiple locations (cloud storage, external drives).
  • Consider a battery-powered radio for emergency alerts. They cost $30.
  • Advocate for grid hardening and utility preparedness. Transformers destroyed in a Carrington-scale storm take months to replace. Utilities should maintain stockpiles.

During a solar storm or extended power outage:

  • ATMs won’t work. Keep some cash on hand.
  • Gas pumps won’t work. Fill up when you hear warnings.
  • Water systems may fail if they depend on electric pumps. Fill bathtubs.
  • Perishable food will spoil. A 2-week non-perishable supply (canned goods, dried pasta, protein bars) costs $50-100 per person and solves this.

For radiation exposure (only relevant if a full magnetic reversal begins):

The concern is overblown. If a reversal unfolds—which takes 1,000+ years—cosmic radiation increases gradually. Modern animals migrating with weak magnetic fields (like during the Laschamps excursion 41,000 years ago) experienced higher mutation rates but didn’t go extinct. You don’t need a bunker. Continue flying if you’re comfortable with it; airline crews already track radiation exposure.

The Real Takeaway

Earth’s magnetic field is weakening. The Sun influences earthquakes more directly than we realized. And geological activity is ramping up in predictable ways tied to solar cycles. These are real phenomena worthy of scientific study and appropriate preparedness.

But here’s what the headlines won’t tell you: Life on Earth has survived 183 magnetic reversals in 83 million years. Earthquakes and tsunamis have killed far fewer people in the last century than preventable diseases. And the technologies we’ve developed—early warning systems, reinforced buildings, backed-up power—actually work when applied properly.

The danger isn’t the planet’s magnetic field. It’s complacency. If you live in a high-risk zone and you haven’t prepared, that’s on you. If you’ve taken basic precautions (emergency supplies, knowing evacuation routes, securing furniture), you’re ahead of 90% of the population.

The universe operates on timescales that dwarf human lifespans. Earth doesn’t care about our civilization. But your civilization can care for itself if you invest in the right things: understanding your local geology, making practical preparations, and supporting infrastructure that works.

That’s not fear. That’s wisdom.

Bibliography & Sources

Earth’s Magnetic Field & Reversals

  1. NASA Science – “Flip Flop: Why Variations in Earth’s Magnetic Field Aren’t Causing Today’s Climate Change” https://science.nasa.gov/science-research/earth-science/flip-flop-why-variations-in-earths-magnetic-field-arent-causing-todays-climate-change/
  2. U.S. Geological Survey – “Are we about to have a magnetic reversal?” https://www.usgs.gov/faqs/are-we-about-have-magnetic-reversal
  3. U.S. Geological Survey – “Is it true that Earth’s magnetic field occasionally reverses its polarity?” https://www.usgs.gov/faqs/it-true-earths-magnetic-field-occasionally-reverses-its-polarity
  4. BBC Science Focus Magazine – “Earth’s magnetic field is overdue a flip. Should we be worried?” https://www.sciencefocus.com/planet-earth/earth-magnetic-field
  5. The Watchers – “New insights into the predictability of Earth’s magnetic field reversals” https://watchers.news/2024/02/15/new-insights-into-the-predictability-of-earths-magnetic-field-reversals/
  6. CNN – “Earth’s magnetic north pole is on the move, and scientists just updated its position” https://www.cnn.com/2025/01/21/science/magnetic-north-pole-new-position
  7. European Space Agency (ESA) – “Swarm probes weakening of Earth’s magnetic field” https://www.esa.int/Applications/Observing_the_Earth/FutureEO/Swarm/Swarm_probes_weakening_of_Earth_s_magnetic_field
  8. European Space Agency (ESA) – “Swarm reveals growing weak spot in Earth’s magnetic field” https://www.esa.int/Applications/Observing_the_Earth/FutureEO/Swarm/Swarm_reveals_growing_weak_spot_in_Earth_s_magnetic_field
  9. NOAA National Centers for Environmental Information – “World Magnetic Model 2025 Released” https://www.ncei.noaa.gov/news/world-magnetic-model-2025-released
  10. Phys.org – “This is what it sounds like when the Earth’s poles flip” https://phys.org/news/2024-11-earth-poles-flip.html
  11. Wikipedia – “Geomagnetic reversal” https://en.wikipedia.org/wiki/Geomagnetic_reversal
  12. Wikipedia – “Dynamo theory” https://en.wikipedia.org/wiki/Dynamo_theory

Dynamo Theory & Core Physics

  1. MIT News – “Explained: Dynamo theory” https://news.mit.edu/2010/explained-dynamo-0325
  2. Britannica – “Dynamo theory” https://www.britannica.com/science/dynamo-theory
  3. University of Oregon – “Dynamo Effect” https://pages.uoregon.edu/jschombe/glossary/dynamo_effect.html
  4. UC Santa Cruz – “Geodynamo” https://websites.pmc.ucsc.edu/~glatz/geodynamo.html

Magnetosphere & Solar Wind Protection

  1. NASA Science – “Earth’s Magnetosphere: Protecting Our Planet from Harmful Space Energy” https://science.nasa.gov/science-research/earth-science/earths-magnetosphere-protecting-our-planet-from-harmful-space-energy/
  2. University Center for Atmospheric Research – “Earth’s Magnetosphere” https://scied.ucar.edu/learning-zone/sun-space-weather/earth-magnetosphere
  3. Royal Belgian Institute for Space Aeronomy – “Solar wind, a stream of charged particles escaping from Sun” https://www.aeronomie.be/en/encyclopedia/solar-wind-stream-charged-particles-escaping-sun
  4. Wikipedia – “Solar wind” https://en.wikipedia.org/wiki/Solar_wind
  5. Space.com – “Solar wind: What is it and how does it affect Earth?” https://www.space.com/22215-solar-wind.html
  6. StudySmarter – “Magnetosphere: Protection, Charge & Impact” https://www.studysmarter.co.uk/explanations/environmental-science/physical-environment/magnetosphere/
  7. Physics Stack Exchange – “How does the Earth’s magnetic field protect it from the solar wind?” https://physics.stackexchange.com/questions/491182/how-does-the-earths-magnetic-field-protect-it-from-the-solar-wind
  8. Physics Forums – “How the Earth’s Magnetic field deflects the solar wind” https://www.physicsforums.com/threads/how-the-earths-magnetic-field-deflects-the-solar-wind.999810
  9. Imperial College London – “When the solar wind hits Earth’s magnetosphere, a surprising stillness ensues” https://www.imperial.ac.uk/news/230756/when-solar-wind-hits-earths-magnetosphere/
  10. ScienceDaily – “Scientists shocked by reversed electric field around Earth” https://www.sciencedaily.com/releases/2025/10/251030075141.htm

Solar Activity & Earthquakes Connection

  1. Nature Scientific Reports – “On the correlation between solar activity and large earthquakes worldwide” https://www.nature.com/articles/s41598-020-67860-3
  2. Open Access Government – “Solar wind can provoke earthquakes: Possible magnetosphere-solid earth tornado” (Dimitar Ouzounov, 2025) https://www.openaccessgovernment.org/article/solar-wind-can-provoke-earthquakes-possible-magnetosphere-solid-earth-tornado/195307/
  3. Phys.org – “The intriguing correlation between earthquakes and cosmic radiation” https://phys.org/news/2023-06-intriguing-earthquakes-cosmic.html
  4. Space.com – “Earthquakes seem more intense after cosmic ray strikes. Scientists say this is why.” https://www.space.com/earthquakes-cosmic-radiation-link-found
  5. ScienceDirect – “Observation of large scale precursor correlations between cosmic rays and earthquakes with a periodicity similar to the solar cycle” https://www.sciencedirect.com/science/article/abs/pii/S1364682623000664
  6. NASA/ADS – “Possibility of coupling the magnetosphere-ionosphere during the time of earthquakes” https://ui.adsabs.harvard.edu/abs/2014EGUGA..16.1067R/abstract
  7. ResearchGate – “Influence of Solar Cycles on Earthquakes” https://www.researchgate.net/publication/258471897_Influence_of_Solar_Cycles_on_Earthquakes
  8. Springer – “Possible connection between solar activity and local seismicity” (Terrestrial, Atmospheric and Oceanic Sciences) https://link.springer.com/article/10.1007/s44195-023-00042-6
  9. PMC/NIH – “A Statistical Study of the Correlation between Geomagnetic Storms and M ≥ 7.0 Global Earthquakes during 1957–2020” https://pmc.ncbi.nlm.nih.gov/articles/PMC7712061/
  10. MDPI – “Exploring the Relationship between Geomagnetic Variations and Seismic Energy Release in Proximity to the Vrancea Seismic Zone” https://www.mdpi.com/2073-4433/14/6/1005
  11. NASA/ADS – “On dependence of seismic activity on 11 year variations in solar activity and/or cosmic rays” https://ui.adsabs.harvard.edu/abs/2014EGUGA..16.5253Z/abstract
  12. University of Arizona – “Unraveling the mysteries of ancient solar storms and earthquakes” https://www.archaeology.wiki/blog/2025/11/25/unraveling-the-mysteries-of-ancient-solar-storms-and-earthquakes/

Earthquake Data & Information

  1. U.S. Geological Survey – “The Science of Earthquakes” https://www.usgs.gov/programs/earthquake-hazards/science-earthquakes
  2. U.S. Geological Survey – “Are earthquakes associated with variations in the geomagnetic field?” https://www.usgs.gov/faqs/are-earthquakes-associated-variations-geomagnetic-field
  3. U.S. Geological Survey – “Do solar flares or magnetic storms (space weather) cause earthquakes?” https://www.usgs.gov/faqs/do-solar-flares-or-magnetic-storms-space-weather-cause-earthquakes
  4. U.S. Geological Survey – “Can the position of the moon or the planets affect seismicity?” https://www.usgs.gov/faqs/can-position-moon-or-planets-affect-seismicity-are-there-more-earthquakes-morningin-eveningat
  5. Wikipedia – “List of earthquakes in 2025” https://en.wikipedia.org/wiki/List_of_earthquakes_in_2025
  6. Newsweek – “Two Earthquakes Rattle Russia: What To Know” https://www.newsweek.com/two-earthquakes-rattle-russia-what-to-know-10939427
  7. VolcanoDiscovery – “Top 20 Quakes in the World by Country in 2025” https://www.volcanodiscovery.com/largest-recent-by-country/earthquakes/archive/2025.html
  8. Physics Stack Exchange – “Possible non-negligible physical effects that relate planetary/lunar geometry and seismic activity” https://physics.stackexchange.com/questions/748899/possible-non-negligible-physical-effects-that-relate-planetary-lunar-geometry-and-seismic-activity
  9. Earth Science Stack Exchange – “Do planetary alignments affect Earth’s seismic activity?” https://earthscience.stackexchange.com/questions/24846/do-planetary-alignments-affect-earths-seismic-activity

Solar Physics & Space Weather

  1. NASA Science – “Solar Storms and Flares” https://science.nasa.gov/sun/solar-storms-and-flares/
  2. NOAA Space Weather Prediction Center – “NOAA Space Weather Scales” https://www.swpc.noaa.gov/noaa-scales-explanation

Cosmic Rays & Galactic Position

  1. The Watchers – “Cosmic-solar radiation as the cause of earthquakes and volcanic eruptions” https://watchers.news/2015/06/09/cosmic-solar-radiation-as-the-cause-of-earthquakes-and-volcanic-eruptions/
  2. Universe Today – “Where is Earth in the Milky Way?” https://www.universetoday.com/articles/where-is-earth-in-the-milky-way/
  3. Chandra X-ray Center – “How to Build a Galaxy: GALACTIC NAVIGATION” https://chandra.si.edu/build/navigation.html
  4. Physics Stack Exchange – “What angle does our Solar System make with The Milky Way?” https://physics.stackexchange.com/questions/276958/what-angle-does-our-solar-system-make-with-the-milky-way
  5. Abrupt Earth Changes – “The next Grand Solar Minimum, Cosmic Rays and Earth Changes (an introduction)” https://abruptearthchanges.com/2018/01/14/climate-change-grand-solar-minimum-and-cosmic-rays/
  6. AIP Publishing – “Relationship between cosmic ray intensity and Earth’s magnetic field: Cross-wavelet analysis during intense and moderate geomagnetic storms” https://pubs.aip.org/aip/pop/article/31/9/092901/3311190/Relationship-between-cosmic-ray-intensity-and

Seismo-Electromagnetics

  1. Wikipedia – “Seismo-electromagnetics” https://en.wikipedia.org/wiki/Seismo-electromagnetics

Note on Sources: This article synthesizes peer-reviewed scientific research, government agency reports (USGS, NASA, NOAA, ESA), and academic institutions. The most significant recent finding—the correlation between cosmic ray intensity and global earthquake activity with six-sigma statistical significance—is documented in the 2023 study published in Scientific Reports and subsequent research by the CREDO project and other international teams.

WTH… A Black Hole Bigger than Our Universe?

November 18, 2025 / / 0 Comments

ME

What’s the term for the point of collapsing matter critical density in forming a black hole?

AI

The term you’re looking for is the Schwarzschild radius — the critical distance at which matter must be compressed to form a black hole. Any mass compressed within its Schwarzschild radius becomes a black hole.

You can also think of this in terms of critical density: if you compress matter to a high enough density that it fits within its Schwarzschild radius, it will collapse into a black hole. The critical density depends on the mass—a stellar-mass black hole requires compressing matter to an extremely dense state, while the Sun compressed to its Schwarzschild radius would be incredibly dense.

The event horizon is the boundary at the Schwarzschild radius, beyond which nothing (not even light) can escape.

If you were asking about something more specific like the density threshold at which quantum effects dominate spacetime curvature, that would be Planck density, which is a fundamental constant in physics rather than something specific to black holes.

ME:

I see theories that suggest our universe is either a matrix or black hole. Well, we all know its just energy anyway, so exactly how we end up describing it will come down to semantics.

When I imagine, minus any mathematical theories, it looks all hyperbolic and toroidal, occupying so many dimensions, that pretty much any point in the universe is connected in all directions to any other point beneath the observable surface.

And wouldn’t it be funny that this could be mirrored all the way down to the shape of field currents, the ripples of energy that give rise to the most basic elements, which in 3-dimensional space appear to spin twice to come back round to their starting point, emblazoned simply in the human mind by the good-old, two-dimensional infinity sign.

So I had to ask AI because I have yet to look it up.

Also Me: “What would the volume be of a black hole be as a result of our whole known universe collapsing past the schwarzschild radius?”

Reading the answer is almost as delightful mathematically as it is visually:

AI: That’s a fascinating thought experiment! Let me work through this:

The Schwarzschild radius of the observable universe would be calculated using Rs = 2GM/c², where M is the total mass of the observable universe (roughly 10^54 kg when including dark matter).

This gives a Schwarzschild radius of approximately 1.5 × 10^27 meters (about 150 million light-years).

The volume would then be: V = (4/3)πr³ ≈ 1.4 × 10^82 cubic meters

For comparison, the observable universe currently has a radius of about 4.4 × 10^26 meters and a volume of roughly 3.6 × 10^80 cubic meters.

So the interesting implication: if the entire observable universe collapsed to its Schwarzschild radius, it would actually occupy a volume somewhat larger than it currently does. This tells you something important—the universe isn’t currently at or inside its Schwarzschild radius, so it doesn’t form a black hole. It’s relatively dispersed.

Of course, this is a theoretical exercise since the expansion of the universe, dark energy, and many other factors make such a collapse impossible in reality. But it’s a useful thought experiment showing just how much gravitational collapse would need to occur to turn the entire cosmos into a black hole.

ME

I’m trying to outline the physical differences at the beginning of time between a singularity and a black hole, since it would have been more of a probability if the universe were static, and the amount of force needed to cause expansion. I would envision a collision with anti-matter universe could explain both the absence of left-spin particles and the appearance that the universe is asymmetrical in that respect.

AI

This is a thoughtful attempt to weave together several deep physics puzzles. Let me unpack the physics and address each part:

Singularity vs. Black Hole at the beginning:

The key difference is actually about causality and geometry. A black hole singularity is a terminal point—causality flows into it, and it has an event horizon exterior to it. The Big Bang singularity is fundamentally different: it’s a boundary condition at t=0, not a point in space. All of spacetime expands away from it, rather than collapsing toward it.

Mathematically, if you tried to calculate whether the early universe was “inside its own Schwarzschild radius,” you’d find it sort of was—but that’s because the entire universe is the gravitational system. The expansion itself is the crucial difference. The Big Bang isn’t collapse into space; it’s the expansion of space itself.

Why it expanded instead of collapsing:

This gets at genuine open questions. The initial expansion may stem from:

  • Initial conditions (part of what we’d need to explain with quantum cosmology)
  • Quantum effects dominating at Planck scales
  • Inflation (driven by scalar fields)

We don’t have a complete theory of why these initial conditions were “low entropy” and set up for expansion rather than immediate re-collapse.

On the antimatter universe collision:

Here I’d be more cautious. The matter-antimatter asymmetry is real and profound, but evidence for a direct collision with an antimatter domain is lacking. We’d expect:

  • Massive annihilation signatures at boundaries
  • Detectable radiation patterns
  • Anisotropies in the cosmic microwave background

That said, some theoretical work has explored CPT symmetry scenarios and opposite-handed domains, so it’s not impossible—just without current observational support. The chirality asymmetry (left-handed neutrinos, right-handed antineutrinos) is deep, but conventionally explained through electroweak symmetry breaking rather than spatial domain separation.

What aspect intrigues you most?

ME

Many aspects seem interesting, but which is more probable, that there was an initial boundary where T=0, or that the universe has always existed, and always will? What list of assumptions would have to be true for each to occur?

AI

This cuts to some of the deepest open questions in cosmology. Let me lay out what each scenario requires:

Big Bang (t=0 boundary) assumptions:

  1. General Relativity (or something like it) correctly describes spacetime geometry
  2. The Cosmological Principle: universe is homogeneous and isotropic on large scales
  3. Entropy increases toward the future (arrow of time)
  4. “Initial conditions” are a meaningful concept—a low-entropy starting state
  5. Spacetime itself is not eternal but emerges from the boundary
  6. Causality flows forward from that point (no closed timelike curves)
  7. Thermodynamics applies to the universe as a whole

Eternal universe assumptions:

  1. Spacetime has no boundary—it’s infinite or cyclic in time
  2. Some mechanism prevents gravitational collapse or heat death:
    • Cyclic/bounce models (universe expands, contracts, repeats)
    • Continuous creation or eternal oscillation
    • Quantum tunneling or other Planck-scale physics
  3. Thermodynamic issues are resolved (entropy doesn’t accumulate to infinite disorder)
  4. “Why does it exist?” doesn’t require an answer about origins
  5. Initial conditions aren’t a thing—the universe just is

Which is more probable?

Based on current observations, the Big Bang model fits the data better: the CMB, expansion, abundance of light elements all point to hot dense origin. This is the working framework.

However—and this is important—we don’t actually know. The assumptions for t=0 include “what happens at the singularity,” which General Relativity breaks down. Quantum gravity effects dominate at Planck scales, and we don’t have that theory yet.

Some physicists (like Roger Penrose with Conformal Cyclic Cosmology) argue eternal models actually better explain certain features. Others work on bounce scenarios where the universe contracts, quantum effects prevent true singularity, and it re-expands.

The uncomfortable truth: We’re at the boundary of what we can observationally test. Both scenarios require leaps of faith about physics beyond our current experiments. The t=0 model is more parsimonious with present data, but “more probable” depends on priors you choose about which unknown physics is likely.

What draws you toward one over the other?

ME

Actually, to me both seem true based on the perspective as an observer. If you scale out far enough, I think that even the observable universe can display localized phenomena such as a big bang, and if you keep scaling out, you might other areas of big crunch, and everything in-between. I would also ask if dark matter and dark energy could be a clue to dimensionality beyond observable spacetime, which would mean that there could be a slight chance the universe could be hyperbolic, for example, or that everything is connected in ways beyond the fields we have discovered, even with observations in particle acceleration or for which mathematical concepts have not yet been derived. Basically, I think human perception is a limiting factor, and with assistance of AI, and eventually quantum computing in the future, we may start to better model. I have a personal disdain for the way everything is taught, using 2D diagrams to represent a much richer universe. But hey, we use what we got for now.

AI

You’re touching on something that many physicists actually take seriously, even if it’s at the speculative frontier. Let me affirm what’s solid here and note where the genuine openness lies:

Your multi-scale perspective has precedent. Eternal inflation theory suggests localized Big Bangs could occur in an eternally inflating landscape. Cyclic models (Penrose, Steinhardt) propose Big Bangs and Big Crunches as recurring features of an eternal cosmos. You’re not inventing this—you’re recognizing that “Big Bang” might be local phenomenon in something larger.

On dark matter/energy and hidden dimensions:

This is where your intuition aligns with real theoretical work. Dark matter and dark energy are genuinely mysterious—they comprise 95% of the universe, and we don’t know what they are. Possibilities include:

  • Extra spatial dimensions (Kaluza-Klein theories, string theory landscapes)
  • Modified gravity that works differently at cosmic scales
  • Fields we haven’t detected yet
  • Quantum vacuum properties we misunderstand

The fact that they’re “dark” (invisible to standard detection) could indicate they interact primarily through geometry or dimensions we’re not directly accessing. This isn’t mainstream consensus, but it’s not fringe either.

Hyperbolic geometry: The universe’s large-scale curvature is still measured as approximately flat, but there’s genuine uncertainty. Non-Euclidean geometries are mathematically rich and underexplored for cosmology.

Your critique of 2D pedagogy is valid. We are teaching 3D+time using 2D visualizations. We lose information. The actual mathematical objects (tensor fields, manifolds, spinors) capture more, but they’re abstract. There’s a genuine gap between what we can visualize and what actually is.

On AI and quantum computing helping:

This is realistic. Current tools:

  • Can’t easily explore high-dimensional parameter spaces
  • Struggle with nonlinear dynamics
  • Are limited in finding novel mathematical structures

Future quantum computers might:

  • Simulate quantum field theory configurations we can’t calculate classically
  • Help identify symmetries in data that suggest new mathematical frameworks
  • Model exotic topologies or dimensional configurations

The honest part: We’re at a knowledge boundary. The math we have works extraordinarily well in its domain, but that domain might be a local patch. New mathematical frameworks might be needed, not just new observations. And you’re right that human intuition + AI might help—especially if AI can explore mathematical space without the cognitive biases that guide human mathematicians.

Your disdain for reductive pedagogy is warranted. The universe appears richer than we can currently formalize.

© 2026 Jerami

Theme by Anders Noren — Up ↑