Part II – The Structure and Stability of Matter

What is Matter and How Did it Evolve?

In Part II of Quantum Wavespace Theory (QWST), we examine how stable wave-structures—nucleons and electrons—naturally form within the universal wave structure which we define as quantum wavespace. QWST shows that specific wave conditions allow energy to focus into stable, resonating regions, creating particles without relying on abstract concepts.

This section introduces the fundamental wave geometry and mechanics of nucleons and electrons, emphasizing how wave resonance conditions lead directly to quantized atomic behavior. Additionally, we examine electron spin using wave mechanics, providing a particularly compelling validation of QWST’s explanatory power.

Read Quantum Wavespace Theory – Part II

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