Ean Mikale
This research investigates the Waveon, a Dark Matter Candidate, and the second released by Infinite 8 Industries; a fundamental quantum entity that revolutionizes our understanding of light, energy, and matter. Identified through advanced wave interference techniques, the Waveon represents the irreducible building block of light waves, distinct from the photon, and embodies pure wave properties. In-depth analysis reveals characteristics such as quantized frequency ranges, amplitude variability, and multidimensional energy capacity. The Waveon’s stability and dynamic behavior are supported by the following research. The concept of the "End of Matter" is introduced, demonstrating how high-energy densities can dissolve matter into pure Waveon fields, thereby highlighting the Wave Field's potential as an energetic medium for efficient energy transfer, spatial connectivity, and temporal stability. Practical applications encompass renewable energy systems, quantum computing, medical imaging, and next-generation communication networks. Theoretical advancements integrate Waveon-specific constants into a modified Schrödinger equation to account for energy absorption, frequency shifts, and dynamic efficiency. These modifications enable a deeper understanding of wave-dominated quantum systems. Experimental validation confirms the Waveon’s capabilities for energy storage and release, showcasing its promise in energy management and particle physics. This paradigm shift positions wave mechanics as a foundational aspect of physics, with the Waveon as a cornerstone for a unified framework. Future directions include computational modeling, Wave Field engineering, and interdisciplinary exploration to leverage the transformative implications of Avion technologies across various scientific and industrial domains. Index Terms—Dark Matter, Quantum Mechanics, Wave Field, Energy Transfer, Quantum Computing, Particle Physics, Waveon Technologies.