Is Mass an Illusion?
In Part III of Quantum Wavespace Theory (QWST), we reexamine fundamental physics concepts from an entirely new perspective. Rather than being intrinsic properties of solid particles, mass, inertia, and force emerge naturally from stable wave interactions. We introduce a new property of matter—the Nucleon Stabilization Ratio gΣ—which quantifies these wave interactions and could provide deeper insights into nuclear fusion.
QWST reveals how nucleons and electrons maintain stability through wave resonance, and why motion persists not due to inherent inertia, but because of self-sustaining equilibrium states of wave-energy. Additionally, we investigate the innovative concept of the “Velocitron.” Although speculative and not part of the original QWST thesis, the velocitron hypothesis offers a thought-provoking look at how force may translate into motion within the quantum wavespace.
Quantum Wavespace Theory 
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