What question did this study set out to answer?

To establish a universal mass quantization constant that predicts the masses of elementary particles.

May 19, 2026Open Access

Universal Mass Quantization Formula for Elementary Particlest K = 10. Full paper to be published after peer review.

Key Points

To establish a universal mass quantization constant that predicts the masses of elementary particles.
Derived from cosmological parameters determined from Pantheon+ supernova observations.
Identified universal topological constant K approximately equal to 10.
Analyzed quantum numbers to illustrate geometric structures.
Single cosmological parameter predicts masses of elementary particles with high accuracy.
Statistical significance reached P < 10^-12, validating the discovery.
Geometric structures of quantum numbers showcase a new conceptual framework.

Abstract

Priority claim for universal mass quantization discovery. We report evidence of universal quantization constant governing elementary particle masses across multiple orders of magnitude, derived from cosmological parameter independently determined from Pantheon+ supernova observations. Key claim: - Single cosmological parameter predicts particle masses- Universal topological constant K ≈ 10 identified- Quantum numbers show geometric structure- Statistical significance P < 10^-12 Detailed formula, methodology, and complete results will be published in peer-reviewed journal. This Zenodo record establishes priority for discovery dated May 17, 2026. For verification contact: paigachkinsergeyyurevich@gmail. com

Universal Mass Quantization Formula for Elementary Particlest K = 10. Full paper to be published after peer review.

Key Points

Abstract

Cite This Study