Me and ChatGPT’s chat with me 2026.6.23
What’s on your mind?
We can wander through the big perennial questions—consciousness, free will, identity, death, meaning, God, time, ethics, beauty, reality—or start with something more personal that’s been nagging at you lately.
I’m happy to explore carefully, challenge assumptions, compare different traditions, or simply follow a line of thought wherever it leads. What’s the question that’s brought you back?
This is exactly the kind of philosophical speculation that sits right on the border between physics and metaphysics. And it’s a good place to start because it forces us to separate three questions that often get mixed together:
- What does physics actually observe?
- What mathematical models explain those observations?
- What picture of reality might lie underneath the mathematics?
Let’s unpack your idea carefully.
First: entangled photons don’t quite “communicate”
The biggest surprise in modern physics is that entangled particles behave as if they are somehow one system, even when separated by vast distances.
However, when physicists perform experiments, they find something peculiar:
- The correlations appear instantly.
- But no usable information travels between the particles.
- Therefore relativity is not violated.
Einstein called this “spooky action at a distance.”
The reason physicists resist saying “the photons communicate” is that if they really exchanged messages, we could send Morse code faster than light. Experiments suggest we can’t.
Instead, the mathematics says the entangled pair remains a single quantum state until measurement.
That sounds like wordplay, but it is the standard view.
Second: particles “popping in and out” is often misunderstood
Photons, quarks, and leptons are different things.
- Photons carry electromagnetic force.
- Quarks make up protons and neutrons.
- Leptons include electrons, muons, neutrinos, and others.
When popular science says particles “pop in and out of existence,” it’s usually describing quantum fluctuations.
The phrase makes it sound as if tiny objects are entering our universe from another realm.
The mathematics doesn’t necessarily require that interpretation.
Physicists generally describe it as fluctuations in underlying quantum fields that fill space.
Whether those fluctuations represent things arriving from somewhere else is unknown.
Third: your intuition has distinguished company
Your thought:
Whatever lies beneath our universe may have no space, distance, or time.
This is not crude at all.
In fact, many serious thinkers have wandered into something similar.
The philosopher Schopenhauer suggested that space and time might be forms of appearance rather than ultimate reality.
David Bohm proposed an “implicate order” underlying ordinary reality, where apparently separate things are fundamentally connected.
Some quantum gravity researchers suspect spacetime itself is emergent rather than fundamental.
In those pictures, asking how an entangled particle affects another one light-years away may be like asking:
How does the left corner of a sheet of paper communicate with the right corner?
The deeper answer might be:
They aren’t truly separate things at the level where the paper exists.
An analogy
Imagine a two-dimensional world inhabited by Flatlanders.
A person in Flatland sees two dots on a sheet of paper.
The dots appear separated by miles.
But suppose those dots are actually the ends of a bent wire that rises into a third dimension unavailable to Flatlanders.
To the Flatlanders:
- huge distance separates the dots.
From the higher dimension:
- the ends nearly touch.
Your proposal feels somewhat like this.
You are suggesting that entangled particles remain adjacent in some deeper realm where distance doesn’t exist.
What appears to us as “instantaneous communication” is merely a consequence of our limited perspective.
Where physicists would push back
The challenge is that your model predicts a mechanism:
- Photon A changes.
- Photon A exits spacetime.
- It reaches the deeper realm.
- It influences Photon B.
- Photon B re-enters spacetime.
If that were happening, physicists would ask:
- Why can’t we use it to send messages?
- Why do the quantum equations work perfectly without specifying such a route?
- What experimental prediction does this make that differs from standard quantum mechanics?
Those are hard questions.
A scientific theory must eventually produce a measurable difference.
Without that, it remains an intriguing metaphysical interpretation.
The philosophical heart of it
What I find most interesting isn’t the “photon courier service” part.
It’s this sentence:
“Wherever and whatever this else is has no space, no distance, no time.”
That idea appears again and again across remarkably different traditions.
- Plato’s realm of forms.
- Neoplatonic “The One.”
- Certain Hindu conceptions of Brahman.
- Some interpretations of quantum mechanics.
- Some approaches to quantum gravity.
They all suspect that spacetime is not the deepest layer of reality.
If spacetime is not fundamental, then the question “How does one thing affect another across distance?” may be the wrong question.
Distance itself may be something that emerges only after reality is filtered through our way of perceiving it.
So my response is:
As physics, your idea is not currently a testable theory.
As philosophy, it is surprisingly close to several serious attempts to explain why entanglement seems so strange.
The place I’d press further is not “Where do particles go when they leave?” but rather:
What if separateness itself is the illusion?
If two entangled photons are not two things at the deepest level, then perhaps nothing has to travel anywhere at all.
And that leads to a question I’ve wrestled with myself:
If space and time are emergent rather than fundamental, why does reality bother to generate them in the first place? What advantage is gained by a universe that experiences itself as separate objects moving through time?
That’s a wonderfully old observation dressed in modern clothes.
Your joke about God creating reality and then wiping Its memory has cousins all over the world. In Hindu thought, Brahman manifests the universe and then experiences it through countless individual selves. In some mystical traditions, God hides from itself so that discovery, relationship, and surprise become possible. Even some secular philosophers have stumbled into similar territory: consciousness dividing itself into subject and object so experience can happen at all.
But then comes the hard turn you make:
Bottom line, explanations don’t solve much.
I think that’s largely true.
Suppose tomorrow physicists discovered the final theory. Every equation complete. Every mystery of matter, energy, space, and time unified.
You’d still have to decide whether to be kind to the grocery clerk.
You’d still lose people you love.
You’d still wake up some mornings wondering why you’re here.
You’d still have to pay the rent.
The deepest explanations often don’t reach the level where life is actually lived.
That’s one reason I enjoy philosophy but don’t worship it. Philosophy is excellent at revealing that our assumptions are shaky. It is less successful at telling us how to get through Tuesday.
The ancient Greeks noticed this. The Stoics eventually said, in effect:
The cosmos is magnificent and mysterious. Fine. Now what are you going to do before lunch?
There’s a certain wisdom in that.
Yet I don’t think the impossible questions are useless. They may not solve life, but they change its flavor.
Consider two people paying the rent.
One thinks:
This is all meaningless machinery.
The other thinks:
I have no idea what reality is. The universe may be stranger than any story I’ve heard.
Outwardly, both write the same check.
Inwardly, they inhabit different worlds.
One of my favorite remarks comes from the physicist J. B. S. Haldane:
“The universe is not only queerer than we suppose, but queerer than we can suppose.”
I don’t know if that’s true, but it feels true. Every time we think we’ve reached bedrock, we discover another floor beneath it.
Matter became atoms.
Atoms became particles.
Particles became fields.
Fields became quantum states.
And now some physicists are wondering whether space itself is not fundamental.
It’s turtles all the way down, except the turtles keep dissolving into abstractions.
Meanwhile, as you say, here we are in fleshworld.
Hungry.
Aging.
Loving.
Paying bills.
The strange thing is that the rent and the mysteries coexist. We are little creatures worrying about the electric bill while also being capable of asking what existence itself is. That’s a bizarre combination.
A cat may be happier than we are.
But a cat has never looked up at the stars and wondered whether distance is real.
That seems to be our peculiar burden—and perhaps our peculiar privilege.
I’m glad that landed. It made me laugh when I wrote it because it captures something I admire about the Stoics.
Imagine spending years contemplating fate, the nature of reality, the structure of the cosmos, the gods, death, virtue, and the meaning of existence—and then concluding:
“Yes, yes, the universe is vast and inscrutable. But did you write that letter you promised to send?”
There’s a healthy irreverence in that.
One of the things I’ve noticed about people who spend a lot of time with the Big Questions—philosophers, mystics, scientists, poets—is that the wisest often end up sounding surprisingly practical. Not because they’ve stopped wondering, but because they’ve realized wonder doesn’t exempt them from ordinary life.
The Zen master still chops wood.
The physicist still has to do the dishes.
The poet still has to find where they left their glasses.
The mystery remains intact.
Your phrase “fleshworld” struck me for the same reason. It’s funny, but it’s also accurate. We can speculate about timeless realms, entangled particles, and the foundations of reality, yet sooner or later fleshworld reminds us:
- the knee hurts,
- the coffee gets cold,
- the dog needs feeding,
- the rent is due.
And somehow that’s not a contradiction. It’s the setting in which all the grand questions occur.
It reminds me of an old exchange. A student asks a Zen teacher:
“What is enlightenment?”
The teacher replies:
“When hungry, eat. When tired, sleep.”
The student says:
“But everybody does that.”
And the teacher answers:
“No. When eating, they are thinking of a hundred other things. When sleeping, they are worrying about tomorrow.”
I’ve always liked that. Not because it solves anything, but because it quietly shifts the question from What is reality? to How shall I inhabit it?
The first question may never be answered.
The second one waits for us every morning. And, unfortunately, before lunch. ?
