The hypothesis of the existence of particles with negative mass

Viacheslav S. Okunev

doi:10.1117/12.3016488

19 January 2024 The hypothesis of the existence of particles with negative mass

Viacheslav S. Okunev

Proceedings Volume 12986, Third International Scientific and Practical Symposium on Materials Science and Technology (MST-III 2023); 1298605 (2024) https://doi.org/10.1117/12.3016488
Event: Third International Scientific and Practical Symposium on Materials Science and Technology (MST-III 2023), 2023, Dushanbe, Tajikistan

Abstract

The article formulated a hypothesis about the existence of particles with negative mass. The main purpose of the work is to study and substantiate this hypothesis. The procedure and research methods are based on the generalization of some experimental data and the simplest theoretical relationships. The results of this study suggest the existence of an alternative mechanism for the accelerated expansion of the Universe. This is due to two factors. Accumulations of particles with negative mass have a repulsive potential (antigravity potential). These clusters are responsible for the expansion of the universe. The accelerated expansion is associated with the acceleration of time near objects with negative mass (the antigravitational twin paradox). The conducted research allowed revealing one more interpretation of the fine structure constant, expanding its physical meaning. So the force of gravitational interaction of two charged maximons is 1/α time greater than the Coulomb force. We can assume the existence of two components of dark matter. One of them consists of particles and antiparticles with negative mass.

(2024) Published by SPIE. Downloading of the abstract is permitted for personal use only.

Citation Download Citation

Viacheslav S. Okunev "The hypothesis of the existence of particles with negative mass", Proc. SPIE 12986, Third International Scientific and Practical Symposium on Materials Science and Technology (MST-III 2023), 1298605 (19 January 2024); https://doi.org/10.1117/12.3016488

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KEYWORDS

Particles

Galactic astronomy

Vacuum

Quantum particles

Chemical species

Quantum physics

Electromagnetism

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