Quantum Wavespace and the Emergence of Gravity
In Part IX of Quantum Wavespace Theory (QWST), we examine another compelling validation of Harry Walter Schmitz’s hypothesis, originally published in The Physical and Philosophical Nature of the Universe (1982). In this section, a detailed derivation of the gravitational constant is presented—reinterpreting gravity as a quantized phenomenon arising from discrete wave interactions combined with a subtle energy loss at the cosmic boundary.
Our goal has been to carefully validate the groundbreaking concepts of QWST and present them to the scientific community. We leveraged AI to conduct a deep dive that would have otherwise taken years to complete. Our findings suggest that QWST is conceptually robust, mathematically rigorous, and—through its derivation of fundamental constants including gravity—extremely compelling.
Advanced modeling using high-performance computing (HPC) and further empirical analysis are needed. We hope to inspire experts in their respective fields to examine QWST, with the aim of validating or refuting this remarkable hypothesis.
Quantum Wavespace Theory 
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