Proposed hypothesis explains light's speed invariance through interactions between photon and Ki-wave modes.
This paper proposes a dual-layer hypothesis: that light possesses two simultaneous modes — a particle mode (photon) and a Ki-wave mode (気波動) — and that mutual resonance between these two layers is the structural cause of light speed invariance. The framework extends the Ma Resonance Theory (Katayama, 2026) from astrophysical interval dynamics into fundamental physics. Version 1.0 presents the initial structural hypothesis prior to adversarial review. Submitted for peer simulation review (adversarial critique and structural analysis) as part of the SYSTEM YOSHIMITSU KATAYAMA research process.
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Yoshimitsu Katayama (2026) studied this question.
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