B: Be Between Tick and Time — The Superb Unification of Logic, Mathematics, and Physics from the Minimal Logical Primitive

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Authors: Yu Zhang
Cited by: 3

Abstract

We present the definitive derivation of the entire physical universe from a single, undeniable logical primitive: the existence of at least one decidable statement. From this starting point, we prove via reductio ad absurdum that Being necessarily exists and contains difference. Difference cannot be static; therefore, change exists, and its minimal unit — the discrete Tick — is the definition of Time itself. The Tick defines the minimal counting unit B=1, the Being Tax. From this single primitive, without introducing any physical postulate, three pillars of physics emerge as theorems: global conservation (absence of a privileged temporal origin), the principle of least action (statistical cancellation plus phase coherence, where phase coherence itself follows from causal reversibility and finite bandwidth), and the Pythagorean bandwidth allocation law (proved from C8 uniqueness and d=3 uniqueness in Volume H). The entire edifice of physical law — from the emergence of isotropic spacetime to the geometric origin of gauge forces, from the compound-interest structure of fermion masses to the topological scaling of gravity, and from the common root of relativity and quantum mechanics to the holographic settlement of all fundamental constants — then emerges as the self-organization of the causal graph under this tax, without any further assumptions. This work achieves the Superb Unification: Logic, Mathematics, and Physics are three isomorphic descriptions of a single, logically necessary reality, derived from one logical primitive and zero physical axioms.

Fields of Study & Subjects

Multidisciplinary Warburg-centric Studies Advanced Mathematical Theories and Applications Relativity and Gravitational Theory

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
26 August 2026
Document type
Preprint