What question did this study set out to answer?

This research aims to create a framework that reconciles general relativity and quantum mechanics.

July 7, 2026Open Access

Theory of everything

Key Points

This research aims to create a framework that reconciles general relativity and quantum mechanics.
Developed a discrete 12-bit binary vacuum matrix to portray the universe.
Introduced a scaling constant K to convert digital information to mass.
Formulated a master mass equation governing all elementary masses.
Identified a maximum configuration space Ωmax of 4096 and an observed space Ωobs of 4013.
Established a bridge constant K ≈ 0.9782612 linking digital information and mass.
Achieved singularity resolution via quantum-corrected spatial metrics.

Abstract

THEORETICAL FOUNDATION The UFF defines the universe as a discrete 12-bit binary vacuum matrix . It reconciles General Relativity and Quantum Mechanics using the GUP, removing 26 arbitrary parameters. SingularitSingularity resolution is achieved via quantum-corrected spatial metrics:y resolution is achieved via quantum-corrected spatial metrics: reff = √ (r² + lp²) 2. BINARY MATRIX & SCALING CONSTANT (K) The vacuum is a 12-bit configuration space where Ωmax = 4096 and Ωobs = 4013. The bridge constant K converts digital information to mass. K = ηvac × Γgeom ≈ 0.9782612 3. MASTER MASS EQUATION The fundamental equation governing all elementary masses: mobs = K × |Σ(Cj × πj) + i × Σ(DK × πk)|

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