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June 3, 20260 citationsOpen Access

Reversible Latency and the Aetheron Hypothesis: From the Symbolic Compression Operator λ(a)=a·10⁻¹⁰⁰ to Electron–Positron Bound States and the Galactic 511 keV Emission

Key Points

The aim is to reinterpret electron-positron annihilation as a reversible structural transition.
Introduced a dual formalism combining symbolic mathematics with particle physics.
Developed a symbolic compression operator and connected it to the Aetheron hypothesis.
Outlined a framework open to experimental verification and compatible with conservation laws.
Proposed a new structural interpretation of electron-positron annihilation.
Connected the theory to the observed 511 keV galactic emission.
Offered a falsifiable hypothesis for future experimental testing.

Abstract

This manuscript introduces a restricted dual formalism connecting symbolic mathematics and particle physics to reinterpret electron–positron annihilation as a reversible structural transition rather than irreversible disappearance. The framework combines the CLVN–LRR symbolic compression operator λ(a)=a·10⁻¹⁰⁰ with the Aetheron hypothesis, a compact electron–positron bound-state model associated with the 511 keV galactic emission line. The work proposes a falsifiable structural interpretation compatible with conservation laws and open to experimental verification.

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