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foundations-of-physics

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observer-patch-holography

Observer Patch Holography is a mathematically explicit approach to reconstructing physics from observers. Its executable model connects local repair to quantum measurements, clocks, and smooth effective spacetime, bringing a unified account of physics within reach.

  • Updated Oct 30, 2026
  • Python
New-Soul-Of-Science-Project-Web

New Understandings and Approaches to Physics, to Nature Philosophy, to Life Science, to Psychosomatics, to Society, to Semantics, and to Mathematics – as Website

  • Updated Oct 23, 2026
  • PHP

What if the universe is just numbers? Every point of space holds whole numbers and follows one simple rule with its six neighbours. From this come the speed of light, clocks that run slow, a direction of time only where something is measured, and a black hole's shadow the size telescopes measured, within their error. Every step runs back exactly.

  • Updated Oct 30, 2026
  • Python

🌌 Explore latent structural causality to redefine physical existence in unobservable regimes and deepen understanding of cosmology and physics foundations.

  • Updated Oct 13, 2026

易道大化流行宇宙生命动态系统 (The Great Flow of Yi Dao cosmic life dynamic system)是一个基于《易经》(Yi Jing / I Ching)哲学的创新性元理论框架(The Great Flow of Yi Dao system is an innovative meta-theoretical framework based on the Yi Jing, Cosmic Life​​ Dynamic System)

  • Updated Oct 30, 2026

Framework de physique théorique unifiant Relativité, Mécanique Quantique et Thermodynamique via la Géométrie de l'Information (Métrique de Fisher/Ruppeiner). Une approche moniste où la réalité émerge de la compression informationnelle (κ).

  • Updated Jan 8, 2026

A finite reconstruction program: from one-use contact to the quantum boundary, Born weights, contextuality, the structure of time, the price of irreversibility, and the hosted observer — every result a runnable, dependency-free proof, every claim scoped and labeled.

  • Updated Aug 13, 2026
  • Python

Popular-science essay on the Siamese Cosmological Framework, a speculative model in which matter, gravity, expansion, and anisotropies emerge from a phase desynchronization between coupled universes. Translated into English, 中文, español y русский.

  • Updated Dec 22, 2025

How much infinity does physics need? Fekete lemma, c-function IR limits, Cantor scaling exponents and limit-set connectivity are each equivalent to ACA0 over RCA0; computable moduli vs uncomputable limits and the empirical boundary (Paper 10)

  • Updated Oct 7, 2026
  • TeX

This work introduces the concept of Latent Structural Causality, a framework for describing physical entities that are formally present yet lack observable effects in certain regimes. Applied to cosmology, it interprets the emergence of gravity, light, and time as transitions of operativity rather than creations ex nihilo.

  • Updated Jan 28, 2026
  • TeX

Precise reconstruction and audit of Arjen Dijksman's Rotating Vector Model (RVM) special case. Demonstrates a sharp geometric threshold in two-segment collisions where fast rotation produces sustained gliding contact and inertia-like resistance. Includes analytic derivation, deterministic Python simulation, results, and rigorous claim control.

  • Updated Apr 4, 2026
  • Python

The Sufficient Reason — SO(3,3) matrix model and self-grounding. All Zenodo DOIs. Derivation of physics from Euclid's point: SO(3,3) matrix model, binary icosahedral group 2I*, fine-structure constant to 12 digits. 31 Zenodo deposits + closing volumes.

  • Updated Sep 7, 2026
  • TeX

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