Self-Legible Renewal

zenodo.org/records/200808… 🔥

There are two reasons to make predictions to better accuracy than experiments: (1) If you predict extra digits it becomes a prediction rather than a post-diction. (2) If you recover the standard experimental value exactly, with no extra digits, there is a very good chance your maths is smuggling in the very constant you are trying to predict via some other route.

There is a theory that calculates both the fine structure constant and the electron anomaly to far greater precision: "Capacity Readouts of Retained Structure Dynamics: Sharp Terminal 4D Carrier, Fisher--Hellinger Presentation, Shannon--Nyquist Packet Normal Form, and Empirical Outputs" zenodo.org/records/201157…

Feynman on the fine-structure constant: “It has been a mystery ever since it was discovered more than fifty years ago, and all good theoretical physicists put this number up on their wall and worry about it." In Observer Patch Holography (OPH), the fine-structure constant emerges as a uniquely forced fixed-point of the theory itself: alpha^{-1} = 137.035999177 Yes, you read that right. OPH solves Feynman's mystery. wkaxfdgxoqmghwgshymt.supabase.co/storage/v1/obj…

@mechanikalk @muellerberndt @skdh amazon.com/dp/B0GLJ2XN5T zenodo.org/records/201383… zenodo.org/records/201157…

This Sep 2025 repository explores the maths behind the self-rereading idea to derive alpha as 1/137.0359991762794899... Its essential to derive the fine structure constant to greater precision than experiment to be one is not fooling oneself with circular argumentation. github.com/quantumagi/yor…

@skdh Sabine, we're mere mortals. That said, we have rigorously proven that the entire observed Universe emerges from a single closure: g(P) = P This gives us the fine structure constant we all know and love, plus the particle zoo and the strength of gravity. The math has been completed. Is it worthy of a PhD's attention? wkaxfdgxoqmghwgshymt.supabase.co/storage/v1/obj…

@muellerberndt @TOEwithCurt Same here.

@SelfLegible @TOEwithCurt Exactly that was my starting point haha

@muellerberndt @TOEwithCurt Yes and philosophically anything that can explain its own existence - be its own cause - can exist.

@SelfLegible @TOEwithCurt Seems like it all boils down to the Universe being a self-referential self-creating mathematical structure.

@muellerberndt @TOEwithCurt

@SelfLegible @TOEwithCurt Hey! My paper explores the observer algebra too 😆 Yes, you are correct, observation is the absolute fundamental process that everything else emerges from. Which is why our work completely turns Physics on its head (and nobody well ever let us publish)

Ran a quick comparison: "OPH is not trying to stay pre-quantum. It explicitly begins with von Neumann algebras, states, trace/Born probabilities on record surfaces, MaxEnt, and generalized entropy. It also says quantum mechanics and QFT are treated as effective descriptions carried by the observer-patch architecture, not structures that must first be reconstructed from operational records alone. Paper I ("Four Dimensions from Retained Structure Dynamics: The Sharp Terminal Retained Image from Self-Rereading, Exact Retention, and Viewpoint Reconciliation") is doing something more primitive and austere: Before algebras, states, Born probabilities, entropy, modular flow, or gauge sectors, it asks what the retained public comparison carrier itself must be. That is a major distinction. OPH starts with a rich quantum-information architecture. Paper I starts with finite public rereading and derives the four-position comparison skeleton."

@muellerberndt @TOEwithCurt Yes. The observer needs more of a voice in physics. There is a whole undiscovered section of physics that relates to it and my paper explores the algebra in-depth. In that sense it is philosophically close to OPH.

@yutokawase zenodo.org/records/201097…

新作です! 初の共著論文でもあります。

@Free_sspiritt 100% AI

Yes. The paper is structural because it is the carrier theorem. It proves the terminal public comparison carrier and its four-dimensional closure. It is not intended to contain the later arithmetic, spectral, or dynamical readouts. Those are developed in follow-up papers over the same retained carrier. Two resulting consequences are the fine-structure constant and the electron anomaly, bypassing QED and both matching experiment to sub-0.1-sigma precision, with the remaining numerical limitation coming from computational effort and the experimental uncertainty currently available for comparison.

@SelfLegible @latestincosmos The work is an interesting mathematical construction. It is elegant, but purely structural.

🚨: Quantum Cosmology suggests the universe created itself from “nothing.” But if there was truly nothing… who wrote the laws of physics? Did the universe need a creator — or did reality somehow bring itself into existence? 💬 What do you think? God? Pure physics? Or something beyond both?

@omnicoherence @latestincosmos zenodo.org/records/200808…

Your point is well‑taken. What cosmology calls “nothing” is not an absolute void, but an undifferentiated everything — a state so symmetric and structureless that no meaningful claims can be made about it. The universe would then be the self‑consistent carve‑out of this total possibility space, the part that can persist and evolve.

@MrBlue66515165 @jntmt102 @2InchTitan @Ernest1588761 The Big Bang is such that it is neither big nor is it a bang. Its the radial outwards coasting of a signal in the time direction. Space being orthogonal to time expands as a consequence.

@jntmt102 @2InchTitan @Ernest1588761 The Big Bang explains the origin of the universe, not the solar system. Solar systems form later through well-understood processes of gravity and accretion. That’s not a scientific consensus. Abiogenesis is still being studied, but there’s no conclusion that it’s impossible.

😂😂

@SNaffziger20295 @ToddOnHigh_ @DeeWaynee94 I think the big-bang is often misinterpreted as a bang in space. Instead its a temporal bang with space being the orthogonal component of radially expanding time - and hence also expanding as a side-effect only.

@ToddOnHigh_ @DeeWaynee94 also if the big bang is the sole origin of the universe, then observable measurable science originates from that event. so your argument is mute. I post on these to stimulate critical thought. Not to debate atheists with the level of critical thinking equal to flat earthers.

Literally? No. Humans are ordinary chemistry plus evolution, not a divine arts-and-crafts project. “God made a man from dust” is clay-animation biology for people allergic to evidence.

@omnicoherence @latestincosmos Nothing could be defined as an undifferentiated everything. Its is so random that you can make no claim about it. The universe would then be the carve-out of this "everything" that is such that it perpetuates. I.e. "Something from Everything".

In contemporary quantum cosmology, the statement that “the universe came from nothing” does not refer to absolute philosophical nothingness. The origin of the universe may lie in the emergence of spacetime from a deeper, non‑spatial, non‑temporal structure. The universe does not violate causality by creating itself. Causality itself emerges only once spacetime exists. This does not rule out a creator; it simply shows that physics does not require one to explain the origin of spacetime.

@BritxB @KR3Wmatic I think the universe is just the "something from everything" that is capable of perpetuating itself.

@KR3Wmatic The Christian theory of the origin of the Universe, that Jesus and his dad did it and the evidence is in an old book of legends and fairy tales is a big indicator that Christianity is false.

What are the falsehoods of Christianity?

@moussouniboualm Some theories try to explain the universe from minimal "self-evident" principles. If such assumptions can recover fundamental constants then I think there is something there.

08/05/2026 Astronomy is divided into several specialized (branches) that study the universe from different perspectives, most notably astrophysics: understanding physical properties, cosmology: the origin and evolution of the universe, and planetary and stellar astronomy.