The Quantum Leap: How the QI Drive Redefined Humanity’s Future Indulge me in this flight of fancy. The year is 2025, and fledgling humanity stands…
The Universe Is Far Cooler Than You Might Imagine For centuries, humanity has looked to the stars to understand the origins of matter. The prevailing…
Variations on Neutron Structure As Assisted By Observations of Flux Of Strange Neutrons Upon Metals The neutron, traditionally composed of three quarks (one up quark…
Discovery of a New Neutron-like Particle Observed in a Deuterated Metal and Rare-Earth Nanometric Matricies Abstract: We report the discovery of a new neutron-like particle,…
Small Moves Elon, small moves Let me channel Dr. Mike McCulloch’s perspective on his astonishing model called quantized inertia (QI) and try to weave it…
Abstract Ultrasound-induced cavitation in liquids generates extreme physical conditions capable of driving remarkable phenomena. In normal water (H₂O), symmetric bubble collapse produces sonoluminescence, a fleeting…
Intro Quantum mechanics reveals a universe where matter defies our classical intuitions, oscillating between particle-like and wave-like behaviors—a phenomenon known as wave-particle duality. At atomic…
Mischugenons: A New Frontier in Cold Fusion Radiation Phenomena In the annals of scientific exploration, few fields have stirred as much controversy and intrigue as…
Abstract This paper investigates episodic gamma emissions observed in high-temperature deuterated complex metal powder mixtures comprised primarily of hydrogen-loving metals (e.g., palladium, titanium) doped with…
Introduction Cold fusion, the idea of achieving nuclear fusion under mild conditions, emerged prominently with the 1989 Fleischmann-Pons experiments. It immediately drew both rapt attention…
Quantum Entanglement, Atom-Ecology, and the Role of the Observor in Cold Fusion: A Pathway to Explain Deuterium Fusion in Palladium Abstract Cold fusion, particularly the…