What question did this study set out to answer?

The study aims to propose a new interpretation of baryon asymmetry through coherence and torsional field modes.

February 8, 2026Open Access

Torsional Asymmetry

Key Points

The study aims to propose a new interpretation of baryon asymmetry through coherence and torsional field modes.
Introduced the concept of torsional asymmetry in the context of the Phase-Coupled Field framework.
Reinterpreted the traditional view of baryon asymmetry via coherence-based models.
Discussed how torsional modes preserve coherence without needing CP-violating fine-tuning.
Presented a coherence-based model that explains the imbalance between matter and antimatter.
Eliminated the necessity for fundamental violations concerning baryon asymmetry.
Reframed the universe's matter dominance as a natural outcome of specific field geometries.

Abstract

This work is part of the Phase-Coupled Field (PCF) research program and proposes a coherence-based reinterpretation of baryon asymmetry via admissible torsional field modes. The result is standalone but compatible with the broader PCF framework. We propose that the conventional framing of baryon asymmetry—the observedimbalance between matter and antimatter—can be replaced by a deeper coherencebasedframework. Within the Phase-Coupled Field (PCF) approach, we introduce theconcept of torsional asymmetry, arising not from a fundamental violation but fromadmissible coherence-preserving torsional modes. This reframing eliminates the needfor CP-violating fine-tuning and reframes the matter-dominant universe as a naturalconsequence of allowed phase-locked field geometries.

Read Full Paperexternally

AI से पूछें

Bookmark

View Full Paper