IMPORTANT - READ AND SPREAD - THEORY OF EVERYTHING - The Universe as a Self-Balancing Field - L'Universo come campo auto-riequilibrante. Open to Collaboration | Zenodo Skip to main Communities My dashboard Log in Sign up There is a newer version of the record available. Published August 8, 2025 | Version v62 Publication Open IMPORTANT - READ AND SPREAD - THEORY OF EVERYTHING - The Universe as a Self-Balancing Field - L'Universo come campo auto-riequilibrante. Open to Collaboration Authors/Creators Passolungo, Simone Description Abstract English We propose that every physical phenomenon—motion, gravity, diffusion, drag, heat flow, shocks—can be read as one face of a single, universal process: local re-equilibration of differences within a continuous field. There are no fundamental “objects” distinct from the field; what we call objects are persistent patterns (lobes) of the same field. The dynamics is driven by one minimal law: the rate of change at any point is proportional to how much that point differs from the average of its neighbors. In differential form, this reduces to the minimal equation ∂ T/∂t = ΔT, where T is a local energetic tension (dimensionless potential), t is process time, and Δ is the spatial Laplacian (a measure of local curvature relative to neighbors). This single rule explains why maxima decrease, minima increase, and why apparent “forces” and “velocities” emerge from the re-equilibration budget left after immediate local exchanges. Geometry (and anisotropy) is not imposed; it emerges from the evolving field itself and its boundary conditions at the chosen scale. The Gaussian profile is not the law—it is the fingerprint of balance in the ideal isotropic case. We outline falsifiable predictions and show how gravity, drag, and thermal transport become special cases of the same re-equilibration logic. Abstract Italiano Proponiamo che ogni fenomeno fisico—moto, gravità, diffusione, attriti, flusso di calore, urti—sia una faccia di un unico processo universale: il riequilibrio locale delle differenze in un campo continuo. Non esistono “oggetti” fondamentali separati dal campo; ciò che chiamiamo oggetti sono disegni persistenti (lobi) dello stesso campo. La dinamica è governata da una sola legge minimale: la velocità di cambiamento in un punto è proporzionale a quanto quel punto differisce dalla media dei suoi vicini. In forma differenziale, questo si riduce alla equazione minimale ∂ T/∂t = ΔT, dove T è la tensione energetica locale (potenziale adimensionale), t è il tempo di processo, e Δ è il Laplaciano (misura della curvatura locale rispetto ai vicini). Questa regola spiega perché i massimi scendono, i minimi salgono, e perché “forze” e “velocità” apparenti emergono dal bilancio che resta dopo gli scambi locali immediati. La geometria (e l’anisotropia) non è imposta; emerge dal campo che evolve e dai contorni alla scala scelta. La gaussiana non è la legge—è l’impronta dell’equilibrio nel caso isotropo ideale. Indichiamo previsioni falsificabili e mostriamo come gravità, attrito e trasporto termico risultino casi particolari della stessa logica di riequilibrio. Files One Field One Rule - LOGICAL STRUCTURE.pdf Files (16.6 MB) Name Size Download all Axiomatic Summary of the Local Reconfiguration Framework.pdf md5:8ee2c758d0df7b501e3d56302bb24d89 720.6 kB Preview Download Complete Logical Chain.pdf md5:6f16dd4127b66a27c09a858df4bae6ca 537.5 kB Preview Download continuous field. dynamic waterflow, and topological redistribution.pdf md5:42d2d13db5a81e1fd8cd55374a7740e6 785.8 kB Preview Download continuous flow, relative sampling, and local reequilibration as fusion of conventions.pdf md5:803efb54651d381a728a61e201ac14eb 770.7 kB Preview Download Continuous Reequilibration across scales.pdf md5:997e75265da93eb7e0ff03231190dbcb 513.9 kB Preview Download Gravity as an Inevitable Corollary.pdf md5:9e8b0e8e49ef49d73cd5402b861ae16b 445.4 kB Preview Download Gravity as Local Re‑equilibration Apparent Motion and the Mechanism Driving the Universe.pdf md5:ac74745d09a3d9b844dc9c398b5ca398 970.3 kB Preview Download gravity_re_equilibration_asymmetric.py md5:c3fdd48a6452bb332b5e8f536e40331d 6.6 kB Download gravity_re_equilibration_sim.py md5:8492726b59c166d12c369f6c46b74826 5.1 kB Download Local Interaction, Common Closure, and Relative Persistence.pdf md5:5a31d962dc6037ba8dd7f013c1728e59 1.0 MB Preview Download local reequilibtration as the fusion of conventions into a new flow configuration.pdf md5:8c4064155be5bf289475a590b159549b 762.5 kB Preview Download Matrix Form of Local Closure.pdf md5:e0a3298bfcfcc31cd13089fddb9e5122 1.0 MB Preview Download One Field One Rule - LOGICAL STRUCTURE.pdf md5:189eb39feebf0e8e622a4272c1a5a766 944.2 kB Preview Download One Field - One Rule.pdf md5:4c62063a21daea6afe41c2fd621e9427 1.9 MB Preview Download one law, different regimes, heat, current, and magnetism as emergent readings of the same closure law.pdf md5:efff39bc8b0f8af1a45d6b9f3bda802a 720.2 kB Preview Download Operational Glossary and Core Formulas.pdf md5:6fa47436341737035c7ec97be6ae087d 552.0 kB Preview Download operational meaning of M, z, C in the ledger M=ZC.pdf md5:b0f5a50d256a7df1212c285557e1de21 841.4 kB Preview Download Probability as Compression. not Randomness.pdf md5:ffcd6c63df60de871fa80677ad95b2ba 539.2 kB Preview Download relative sampling, readable island and the macro ledger of continuous closure.pdf md5:c2e9e98eabd226b8dc83478a908ba4eb 873.1 kB Preview Download six logical pillars - minimal formulas and meanings.pdf md5:1d1d1e2d610d22d539c8dc8a7502035f 767.4 kB Preview Download Supplementary note on local selection and activation.pdf md5:6b93e71bcdfb38f94a2f24fd42c05b92 449.1 kB Preview Download Supplementary Note on Scale-Relative Re-Sampling and the Re-Emergence of Persistence.pdf md5:15f825f36c6bd58f6288cfc0fa0adfd0 493.4 kB Preview Download Supplementary Note on Statistical Peaks, Relative Sampling, and Irreversible Persistence.pdf md5:29919881427b1f1a0131a75d0ba7d721 644.9 kB Preview Download Why the System Breaks without continuous underlying process multiscale continuity, relative rest, and renormalized dynamics.pdf md5:8546033908c79eece3f5618d5dd57580 376.6 kB Preview Download 2K Views 9K Downloads Show more details All versions This version Views Total views 2,414 27 Downloads Total downloads 9,415 135 Data volume Total data volume 7.8 GB 94.5 MB More info on how stats are collected.... 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