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Explore the mechanism by which photons undergo fragmentation during their journey through space.

August 13, 2026Open Access

Version 3: Photon Fragmentation Mechanism: Spin Dynamics, Quantum Field Interactions, and the Cosmic Vapor Residue – A Particle-Only Model of Optical Propagation

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Explore the mechanism by which photons undergo fragmentation during their journey through space.
Developed a particle-only model of light based on spin dynamics and quantum field interactions.
Identified five candidate particles as constituents of the cosmic vapor residue demonstrating structural fragmentation.
Provided a deterministic framework differing from wave-based interpretations of light.
Photons exhibit structural fragmentation due to interactions with the quantum vacuum and entropy over distance.
Identified particles such as axions and graviton that could compose the cosmic vapor residue.
Proposed a new way to detect the previously undetectable vapor that permeates the universe.

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Details a theoretical model explaining optical phenomena through photon fragmentation in space, suggesting new particles exist in cosmic vapor.

Asif Majeed (2026) studied this question.

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Details a theoretical model explaining optical phenomena through photon fragmentation in space, suggesting new particles exist in cosmic vapor.