What question did this study set out to answer?

This paper aims to unify quantum mechanics and general relativity by proposing a new axiom and reinterpretation of dimensional structures.

February 5, 2026Open Access

A Physical Hypothesis Toward the Unification of Quantum Mechanics and General Relativity via the Axiom of Asymptotic Reality and Reinterpretation of Dimensional Structure

Puntos clave

This paper aims to unify quantum mechanics and general relativity by proposing a new axiom and reinterpretation of dimensional structures.
Formulated the Axiom of Asymptotic Reality to guide the research.
Reinterpreted dimensional structure and black hole singularities based on this axiom.
Developed the Dimensional Defect Formation Model as an alternative to singularities.
Established conditions for higher-dimensional information transfer in accordance with established physical theories.
Resolved key issues regarding boundary conditions and ground states linked to extreme states.
Proposed a model that eliminates singularities and allows for effective information transfer.
Introduced curvature-triggered leakage mechanisms compatible with the theory of Hawking evaporation.

Resumen

This paper formulates the Axiom of Asymptotic Reality, stating that ideal extreme states cannot be physically realized in our universe. Based on this principle, it reinterprets dimensional structure, black hole singularities, the information paradox, and the Big Bang. Key contributions include: 1. Resolving boundary condition and ground-state issues arising from the non-attainability of extreme values. 2. Proposing a Dimensional Defect Formation Model to replace singularities. 3. Establishing conditions for higher-dimensional information transfer consistent with unitarity and thermodynamics. The hypothesis ensures logical closure by introducing curvature-triggered leakage and consistency with Hawking evaporation.

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