Strange Similarities
Modern physics is not evidence for the mesh hypothesis.
But some of its questions are strangely familiar.
The Adhesive Spacetime Mesh Hypothesis began as an image: a personal experience, a recurring altered-state impression of space as structured, connected, almost woven.
That does not make it true. It does not make it physics. It does not make it evidence.
But after writing the first version of the idea, I discovered something interesting.
Physics already contains serious attempts to think about space as something deeper than empty background.
Not in the way I experienced it. Not as a green grid. Not as sticky boxes. Not as a psychedelic web clinging to matter.
But at a much more abstract level, some modern approaches to quantum gravity ask questions that sound strangely close to the emotional center of the mesh idea:
What if space is not fundamental?
What if geometry emerges from something deeper?
What if the smooth spacetime we experience is only the large-scale appearance of an underlying structure?
That does not confirm my hypothesis.
It simply means the question itself is not ridiculous.
The first strange similarity is loop quantum gravity.
In loop quantum gravity, space is not treated as a smooth, passive stage in the usual sense. One of its central mathematical tools is the spin network: a graph-like structure used to describe quantum states of geometry. John Baez describes spin networks as graphs with labelled edges and vertices that play an important role in the loop representation of quantum gravity, while Rovelli and Smolin introduced spin-network states as a basis in non-perturbative quantum gravity.
This does not mean space is literally a visible mesh. It does not mean anyone in physics is talking about psychedelic grids.
But it does show something important:
There are serious mathematical frameworks where geometry is not imagined as infinitely smooth all the way down. At some level, the language becomes network-like. Relational. Discrete. Structured.
That is a strange similarity.
Not proof.
Similarity.
The second strange similarity is causal dynamical triangulations, or CDT.
CDT is an approach to quantum gravity that tries to define spacetime using a lattice-like sum over possible spacetime histories. In review descriptions, CDT is presented as a non-perturbative formulation where curved, causal spacetime is built into the structure of the lattices from the beginning.
Again, this does not prove the mesh hypothesis. It does not even resemble it closely in detail.
But visually and conceptually, it matters.
Because CDT treats spacetime as something that can be approached through small geometric building blocks. The smooth world we experience is not simply assumed at the foundation. It is something one tries to recover from a deeper construction.
That idea sits near the edge of the Reality Mesh question:
What if smooth emptiness is not the basement?
What if it is the finished surface?
The third strange similarity is quantum graphity.
Quantum graphity is especially interesting because it explores the possibility that locality, spatial geometry, and matter may emerge from dynamical graphs. The original model describes degrees of freedom living on a complete graph, with a low-energy phase where something like a low-dimensional lattice can emerge. A later paper describes it as a background-independent model for emergent locality, spatial geometry, and matter, where the system’s states correspond to dynamical graphs.
This one feels emotionally close to the mesh idea, but we have to be careful.
Quantum graphity is not saying that altered states reveal spacetime. It is not saying that matter attracts sticky mesh. It is not a spiritual model.
It is a mathematical and theoretical attempt to think about how space itself might emerge from relations.
But that phrase matters:
Space itself might emerge from relations.
That is one of the deepest intuitions behind Reality Mesh.
Not that I know the structure. Not that I have seen the equations. But that maybe the world is not made from objects inside emptiness.
Maybe emptiness, distance, and locality are secondary.
Maybe relation comes first.
The fourth strange similarity is emergent gravity.
Erik Verlinde has argued that spacetime and gravity may emerge together from the entanglement structure of an underlying microscopic theory. In his 2016 paper, he also proposes that effects normally attributed to dark matter could be described as an additional “dark” gravitational response connected to entropy displacement in de Sitter space.
This is controversial. It is not standard cosmology, and it is not something Reality Mesh should treat as established truth.
But it is relevant because it asks whether gravity might be emergent rather than fundamental.
That question matters.
The mesh hypothesis also began with the feeling that gravity might not be a simple invisible pull, but an effect of deeper structure.
Again, this does not mean the hypothesis is correct.
It means the hypothesis lives near a real question:
Is gravity fundamental, or does it arise from something deeper?
The fifth strange similarity is the broader idea that spacetime may emerge from information, entanglement, or deeper quantum structure.
This appears in different forms across modern theoretical physics. It is not one single theory, and Reality Mesh should not pretend that it is. But the general direction is important: some physicists are willing to ask whether spacetime is the most basic layer of reality.
That is enough to make the mesh intuition worth examining carefully.
Not believing.
Examining.
Because there is a dangerous mistake waiting here.
It would be very easy to say:
Loop quantum gravity has spin networks, therefore my mesh is real.
That would be bad thinking.
It would also be false.
It would be just another form of spiritual cherry-picking, where scientific terms are borrowed to make a personal vision sound more authoritative.
Reality Mesh cannot do that.
The correct statement is much more modest:
Some serious theories in physics explore the possibility that space, geometry, or gravity may arise from deeper structures or relations. My mesh experience is not evidence for those theories, and those theories are not evidence for my experience. But the overlap in questions is interesting enough to document.
That is the whole point.
A similarity is not support. A metaphor is not evidence. A shared word is not a bridge.
“Network” in physics and “network” in a psychedelic field note do not mean the same thing.
“Geometry” in mathematics and “geometry” in altered perception do not mean the same thing.
“Emergent” in theoretical physics and “emergent” in personal philosophy do not mean the same thing.
If Reality Mesh is going to use scientific parallels, it must do so with discipline.
The purpose is not to decorate speculation with science.
The purpose is to locate the question.
Where does the mesh idea sit? What real questions does it resemble? Where does it fail? Where does it become too loose? Where does language seduce us into thinking we understand more than we do?
This is why strange similarities are useful.
They do not prove the idea.
They help map the territory around it.
They show that the mesh hypothesis is not a scientific theory, but that it touches questions science also approaches from a completely different direction.
The personal experience says:
Space felt structured.
Physics asks:
Is spacetime fundamental?
The personal experience says:
Matter felt embedded in a network.
Physics asks:
How does geometry arise?
The personal experience says:
Gravity felt like attachment to structure.
Physics asks:
Could gravity be emergent?
Those are not the same claims.
But they rhyme.
And sometimes a rhyme is enough to keep a question alive.
Not to believe it. Not to sell it. Not to build a religion around it.
Just to keep it on the workbench.
The mesh hypothesis remains weak.
Extremely weak, if treated literally.
But as a thought experiment, it becomes more interesting when placed beside these larger scientific questions.
Not because it gains authority from them, but because it becomes clearer what kind of question it is.
It is not:
Did I see the true structure of spacetime?
That is too strong. Too fast. Too likely wrong.
The better question is:
Why does altered consciousness sometimes represent reality as structured, networked, and relational — and why does modern physics also find itself questioning whether smooth spacetime is fundamental?
That question is worth keeping.
For now.
Open Questions
- Are the similarities between mesh experiences and network-like physics only linguistic?
- Does the brain use “mesh” as a symbol because geometry is a natural way to represent order?
- Can a personal visual model be useful if it is not scientifically accurate?
- What is the safest way to discuss physics without borrowing authority from it?
- Is spacetime fundamental, or could it emerge from deeper relations?
- Why do both altered states and some theoretical models point toward structure beneath appearance?
- Where does metaphor end and overclaim begin?
- What would a physicist say is the weakest part of the mesh comparison?
Current Status
Research Note
Careful comparison between mesh-like intuition and selected theoretical physics concepts.
Type: Research Essay
Category: The Mesh
Confidence: Low as support for the hypothesis
Evidence: Conceptual parallels only
Scientific support: Real theories exist, but they do not validate the mesh experience
Related essays: RM-0001, RM-0003, RM-0004
Impact on hypothesis: Does not confirm; clarifies context
Version: 0.1
Last reviewed: 13 July 2026
Sources
- John C. Baez — Spin Networks in Nonperturbative Quantum Gravity.
- Carlo Rovelli and Lee Smolin — Spin Networks and Quantum Gravity.
- J. Ambjørn et al. — work and reviews on Causal Dynamical Triangulations.
- Tomasz Konopka, Fotini Markopoulou, Lee Smolin — Quantum Graphity.
- Tomasz Konopka, Fotini Markopoulou, Simone Severini — Quantum Graphity: a model of emergent locality.
- Erik P. Verlinde — Emergent Gravity and the Dark Universe.
Editorial Note
This essay does not claim that modern physics supports the Adhesive Spacetime Mesh Hypothesis.
It does not.
The purpose is narrower: to document that some serious theoretical frameworks also question whether smooth spacetime is fundamental.
That makes the question interesting.
Not proven.
Where This Idea Leads
Next related essay:
The Antenna Model
A speculative exploration of whether the brain produces consciousness, receives it, filters it — or whether those words are too simple for what consciousness actually is.