What question did this study set out to answer?

The research aims to establish the proton as a fundamental logic gate governed by frequency coherence.

February 5, 2026Open Access

Proton Logic Gate

Key Points

The research aims to establish the proton as a fundamental logic gate governed by frequency coherence.
Proposals based on theoretical modeling of protons and their properties.
Analysis of stability and emergence of mass through wave mechanics.
Predictions of experimental outcomes based on collisions and geometric correlations.
Identified phase-dependent debris patterns in high-energy collisions.
Predicted stochastic patterns at specific geometric phases.
Proposed connections between proton behavior, information logic, and gravitational systems.

Abstract

Abstract This preprint proposes the proton as the universe's fundamental logic gate—a frequency-locked S-vector (charge=+1, spin=1/2, baryon number=+1) maintained by vacuum refresh at R ≈ 10²⁴ Hz (derived from ΛQCD/ℏ). Mass emerges as standing wave amplitude, with stability governed by the "E-Tax"—maintenance power Ptax ≈ 3×10¹⁴ W against vacuum decoherence. Key PredictionsPhase-dependent debris in high-energy collisionsGeometric correlations at φ = 0° mod (R) Stochastic patterns at φ = 90° mod (R) Testable via LHC RF bunch modulationFramework Unifies QCD confinement, proton persistence, and information logic through frequency coherence (P = R/Rcrit ≫ 1). Extends to gravitational systems where Ptax manifests as Hawking flux. DOI: 10. 5281/zenodo. 18475219 License: CC BY 4. 0 (attribution required) Keywords: proton, logic gate, QCD, vacuum refresh, E-Tax, frequency locking

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Lloyd Harold Anthony

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Proton Logic Gate

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