What question did this study set out to answer?

The aim is to establish a formal framework that redefines physical observables using information dynamics.

February 24, 20260 citationsOpen Access

MASTER Warped Information Number (WIN) Conversion Dictionary

Key Points

The aim is to establish a formal framework that redefines physical observables using information dynamics.
Developed axiomatic foundation for the Warped Information Number (WIN) Framework.
Partitioned a Majorana fermion lattice into visible and hidden sectors.
Derived emergent MKS/SI units from three primitives: mutual information overlap, code distance, and persistence depth.
Demonstrated that SO(5) symmetry embeds the Standard Model gauge group.
Presented the master variational action LWIN as foundational to the framework.
Showed that 20th-century physics emerges as a limit of this information-based approach.

Abstract

This document presents the formal axiomatic foundation of the Warped Information Number(WIN) Framework, a deterministic substrate-level theory that redefines all physical observablesas information dynamics on a closed, finite capacity N = 64 Majorana fermion lattice. By partitioning the lattice into a visible sector (V48) and a hidden reservoir (H16), we demonstrate thatthe SO(5) symmetry of the substrate naturally embeds the Standard Model gauge group whileproviding a purely information theoretic origin for mass, charge, and gravity. All MKS/SI unitsare derived as emergent projections of three primitives: Mutual Information Overlap (δImut),Code Distance (dcode), and Persistence Depth (τWIN). We provide the master variational actionLWIN and demonstrate that 20th century physics emerges as a high density computational limitof this substrate.

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