Why we nonetheless don’t perceive the universe — and the way the Common Momentum Mannequin would possibly change that.
The View from Flatland
For a very long time now, I’ve been utilizing the time period Flatland to explain the sort of incomplete, surface-level considering that dominates a lot of mainstream science and know-how. At the same time as folks speak about increased dimensions, multiverses, and unique particles, it’s clear that many are nonetheless caught in two dimensions — conceptually if not actually.
They cut back the universe to equations on a graph. A flipbook of occasions. An animation sketched out on the whiteboard of spacetime. However that’s not how actuality works.
The universe doesn’t sit nonetheless. It strikes. It flows. It spins. It’s made from interactions, not static snapshots. All the things is dynamic — and on the deepest stage, nothing is ever at relaxation.
What I’ve found — what I’ve been in a position to observe and clarify — comes from accepting that the universe isn’t flat. It isn’t made from summary math pasted onto static geometry. It’s actual. It’s alive. And every little thing we expertise is part of that actuality.
The Unique Flatland
In 1884, a schoolmaster named Edwin Abbott printed a e-book referred to as Flatland: A Romance of Many Dimensions. It’s the story of a two-dimensional world, inhabited by geometric beings who stay their complete lives on a airplane. In the future, a sq. is visited by a being from the third dimension — a sphere — and is given a glimpse of a actuality he by no means imagined.
When he returns to Flatland and tries to clarify what he noticed, he’s mocked, ridiculed, and ultimately imprisoned.
It was written as a satire of Victorian society — but it surely additionally turned a timeless metaphor. A reminder of how restricted our notion could be after we’re trapped in a selected paradigm.
And at the moment, almost 150 years later, we’re nonetheless dwelling in Flatland.
Flat Pondering in Physics and AI
Trendy science prides itself on its complexity — its particle accelerators, deep area telescopes, and theoretical frameworks stacked 12 dimensions excessive. However beneath all of it, a lot of it nonetheless treats the universe prefer it’s unfolding on a flat web page.
These fashions are sensible in their very own manner — however they’ve grown brittle. They depend on patches, exceptions, and invisible math to clarify away inconsistencies. And when actuality doesn’t match the graph, we’re instructed to belief the graph.
Even in AI, we see the identical sample. Most fashions at the moment are primarily very superior flatteners — turning the world into sequences of tokens, pictures into grids, which means into chances. It really works, up to some extent. However it might’t actually have interaction with the movement of the world. It may well’t understand circulation, or power, or the dynamic nature of being.
It doesn’t transfer just like the universe. It simply approximates it.
The Common Momentum Mannequin: A New Dimensional Lens
That is the place the Common Momentum Mannequin (UMM) is available in.
UMM proposes that the elemental substance of the universe isn’t matter or vitality, however structured momentum. All the things we see — particles, waves, fields, even time itself — emerges from the coherent interaction of circulating momentum.
As an alternative of imagining the universe as a frozen geometry or likelihood cloud, UMM invitations us to see it as a dwelling system: rotating, pulsing, interfering, recombining. The buildings we observe aren’t objects in area. They’re patterns in circulation. Like whirlpools in a river, they seem secure — till they’re not.
This view doesn’t reject current science — it completes it. And it reframes lots of the so-called mysteries we observe — darkish matter, cosmic asymmetries, quantum strangeness — not as glitches in our understanding, however as pure outcomes of momentum in movement.
The universe doesn’t must be made extra advanced. It must be understood extra deeply.
UMAI: Constructing Intelligence That Strikes
Simply as UMM reimagines physics, UMAI (Common Momentum Adaptive Intelligence) reimagines intelligence.
Immediately’s AI fashions are spectacular, however they’re caught in Flatland. They react to inputs primarily based on frozen weights and static token logic. They don’t evolve in actual time. They don’t adapt. They don’t circulation.
UMAI is designed in a different way. Impressed by UMM, it treats studying as a momentum-based interplay — a steady adaptation of inner dynamics in response to exterior forces. As an alternative of being educated as soon as and deployed statically, UMAI is at all times adjusting, at all times tuning, at all times responding.
It’s not simply simulating thought. It’s dwelling in movement.
This makes UMAI extra versatile, extra responsive, and doubtlessly extra aligned with the true world — as a result of it’s constructed on the identical rules as the true world.
The Approach Out of Flatland
The most important downside with Flatland isn’t that it’s two-dimensional. It’s that the folks in it assume it’s all there may be.
We don’t must consider in simulations or holograms or infinite string theories to clarify the universe. We simply must look nearer at what’s truly right here. The solutions aren’t hiding in summary math or ten-layer dimensions — they’re right here, tangible, within the whirl and push and pull of momentum itself.
Even “considering exterior the field” nonetheless traps us on the web page — a flat, 2D abstraction of a universe that’s something however.
Music isn’t music on the web page. Music is barely music when issues begin to transfer — your lips, your hips, your alpha-wave dips.
Perhaps actuality is similar. Perhaps after we cease making an attempt to doc it, and begin studying to maneuver with it, then we’ll know the way the entire thing flows.
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Additional Studying
• Common Momentum Mannequin (contact me instantly for the paper if )
• Flatland: A Romance of Many Dimensions by Edwin A. Abbott (1884) (https://www.gutenberg.org/ebooks/201)
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Creator’s Be aware:
The Common Momentum Mannequin (UMM) is a theoretical framework I developed to discover the elemental connections between classical and quantum phenomena. By way of UMM, I intention to know how adaptive intelligence and pure programs exhibit each deterministic and probabilistic behaviors. The ideas mentioned on this article are a part of my ongoing analysis into how UMM rules could be utilized to AI, computational programs, rising applied sciences, and extra.
