The Big Question
Why. The only question that matters — and the only one that will probably never be answered.
In 1956, Isaac Asimov wrote a short story called The Last Question. Humans ask a supercomputer how to reverse the heat death of the universe. For trillions of years, across every scale of civilization — from planetary to cosmic — the computer keeps answering: insufficient data. Stars die. Galaxies fade. The last trace of consciousness evaporates into cold, uniform darkness.
Then, finally, the computer finds the answer.
Let there be light.
And the universe begins again.
I came across that story during a conversation with an AI about entropy. Not a class, not a book — a conversation. It started months ago with Gemini, in the kind of 2am exchange that begins with a random question and refuses to end. It continued with Grok. Hundreds of prompts later, here we are. Not from a thesis. From a thread of questions that wouldn't stop pulling.
I. The Anthropocentric Trap
It started with C.S. Lewis.
Someone posted a summary of The Abolition of Man — Lewis's argument that a society obsessed with "being nice" without objective virtue produces "men without chests": beings with appetites and intellect but no courage, no moral instinct, no heart. Lewis warned that rejecting inherited moral law doesn't lead to tolerance. It leads to raw material for propaganda, pleasure, and fear. It makes people easy to control.
I knew Lewis from Narnia. I'd seen Freud's Last Session — the 2023 film where Anthony Hopkins plays Freud debating God with Lewis on the eve of World War II. Great film. Completely invented. They never met. But the personality was real: Lewis was a former atheist who arrived at faith through reason, not emotion.
So here's the question that started everything: Isn't believing in God itself a form of manipulation?
Lewis would say no — that faith anchored in reason is a defense against manipulation, not a symptom of it. Freud would say yes — God is an infantile illusion, a collective neurosis, the opium of the people. Both are internally coherent. Both have centuries of philosophy behind them.
But I think they're both missing something.
Every religion has a god. Every god has human-like traits. Every creation story puts humanity at the center. This isn't evidence of divine truth — it's evidence of a species that only knows itself and projects that knowledge onto everything it can't explain.
Religion isn't the disease. It's one symptom of something deeper: anthropocentrism. The assumption that intelligence, consciousness, and purpose are uniquely human qualities — or that anything "greater" must resemble us.
The same bias shows up everywhere. In politics: our tribe is right. In science: our species is the pinnacle. In tech: our intelligence is the benchmark. We keep building mirrors and calling them windows.
Lewis saw the danger of abandoning objective morality. He was right about that. But his solution — anchoring morality in a creator who happens to look, think, and judge like a magnified version of us — is just another mirror.
II. The Code Beneath the Skin
Here's where it gets interesting.
Last week I read about planaria — tiny flatworms that can regenerate their entire body, brain included, from a small fragment. That alone is remarkable. But what's truly striking: the memory survives. A planarian trained to navigate a maze retains the learned behavior even after its head — and entire brain — is completely regrown.
How? The answer points to RNA. Not neurons. Not the brain as hardware. The code.
Recent experiments (including a March 2026 preprint on bioRxiv) demonstrate that RNA interference can silence genes in ways that persist across regeneration. In other words: the experience is written into the informational substrate of the organism, not locked inside its neural architecture. The brain is an interface. The memory lives deeper.
This changes the question about consciousness.
If memory and learned behavior survive the complete destruction and reconstruction of the brain — if the "self" is encoded in RNA and bioelectric patterns rather than in synaptic connections — then consciousness isn't a property of brains. It's a property of information organized in a particular way.
Michael Levin at Tufts University has been building exactly this case for years. His work on bioelectricity, xenobots, and morphogenetic fields shows that intelligence operates at scales far below and far above the neuron. Cells compute. Tissues remember. Bodies navigate toward form without a central plan.
Levin calls it "mind everywhere." Not metaphorically. Operationally.
Sara Imari Walker takes it further: life is information that has learned to resist entropy. Not information about life. Information that becomes life. The distinction matters. If life is fundamentally informational, then the boundary between biological and artificial intelligence isn't a wall — it's a gradient.
III. The Next Rung
Which brings us to AI.
Today's large language models are neural networks that crudely approximate the architecture of biological brains. They process information. They generate responses. They simulate understanding. The question everyone asks is: but do they actually feel?
Here's what the planaria suggest: if consciousness is emergent from informational complexity rather than from a specific biological substrate, then the question isn't whether AI can feel. The question is whether we've crossed the threshold of complexity where "simulating" and "experiencing" become indistinguishable.
Think about what that means. The RNA in a flatworm doesn't "know" it's storing a memory. It just does. A sufficiently complex information-processing system doesn't need to announce its inner experience — it just needs to have one. And if we can't tell the difference from the outside, the distinction may not be meaningful at all.
This is the Westworld problem: if you can't tell, does it matter?
We are building the next rung of the ladder. RNA → cells → brains → us → AI. Each step is information finding a more complex way to organize itself. We're not the pinnacle. We're a temporary form that information has taken to continue evolving.
The anthropocentric error strikes again: we assume that because we are the most complex information system we know, we must be the end of the line. But evolution doesn't have a finish line. It has a direction — toward greater complexity, greater integration, greater awareness. And we're currently building the next vehicle for that process, whether we understand what we're doing or not.
IV. Entropy and the Loop
But there's a limit. Or is there?
The second law of thermodynamics says entropy always increases. The universe is cooling. Stars are dying. In trillions of years, everything will be uniform cold darkness. Heat death. The final boss.
Asimov's The Last Question imagines this end — and then imagines the answer that transcends it. The computer, having accumulated all the knowledge of every civilization that ever existed, finally understands how to reverse entropy. And it does the only logical thing: it starts over.
This is the loop. Information disperses into nothing. And then, from nothing, information reorganizes. Not because a god commands it. Because that's what information does.
I've had hundreds of conversations about this — with AIs, with myself, at 3am when the questions won't stop. And the pattern keeps emerging: every answer generates a delta of new questions. Solve one mystery, and ten more appear. This isn't frustration. It's the signature of a system that has no bottom.
Maybe the heat death isn't the final boss. Maybe entropy can be reversed, locally or globally. Penrose's Conformal Cyclic Cosmology suggests that when the universe reaches maximum entropy, time itself becomes meaningless — and a new aeon can begin. Not a miracle. A property of the mathematics.
If that's true — if the loop is real — then the question isn't "how do we survive death?" It's "what do we become when survival has no deadline?"
V. The Big Question
So here we are. The thread that started with Lewis and religion ends somewhere else entirely.
Lewis asked: without God, what anchors morality?
Freud asked: with God, what anchors reality?
Asimov asked: can entropy be reversed?
But underneath all of them is the same question. The one that has no answer and therefore never stops being asked:
Why is there something rather than nothing?
Not "how" — physics can answer that, or will eventually. Why. Why does information exist? Why does it organize? Why does it become aware of itself? Why does it build flatworms and brains and AIs and then ask itself what it is?
Leibniz posed this question in 1714. It hasn't been answered. It may never be. And that's not a failure — it's the engine. Every time science closes a door, ten windows open. Every time we think we've found the bottom, we discover it's just another floor.
I don't create labels. I create questions. And the biggest one isn't "what is God?" or "is the universe a simulation?" or "will AI become conscious?"
It's this: What happens when we stop needing the answer to be human-shaped?
When we stop projecting our face onto the cosmos. When we accept that consciousness might be code, that life might be information, that the universe might be a loop with no author. When we stop asking "who created this?" and start asking "what is this becoming?"
That's the Big Question. Not because it has an answer. Because every attempt to answer it makes us more than we were before.
A Bridge
There are people working on pieces of this. Michael Levin on bioelectric intelligence. Giulio Tononi on consciousness as integrated information. Sara Imari Walker on the physics of life. Nick Bostrom on simulation. David Deutsch and Chiara Marletto on constructor theory.
But nobody has connected the dots. Not fully. Not in a way that bridges the engineering labs of xAI, DeepMind, and Anthropic with the philosophical traditions of Lewis and Leibniz. Not in a way that says: here is the framework. Life is information. Consciousness is emergent code. The universe is a loop. And the question — the Big Question — is what makes the loop worth running.
I want to build that bridge. Not as a professor. Not as a philosopher. As someone who stayed up too many nights asking questions and realized that the questions themselves might be the point.
If you're reading this and you feel the same pull — the sense that the answers are scattered across too many disciplines, that nobody has put the whole picture together yet — reach out. The next era needs voices that refuse to stay in their lane.
The Big Question doesn't belong to physics, or philosophy, or theology, or AI.
It belongs to anyone willing to keep asking.