Advancements in Hydrogen Fusion: A Practical Approach to Helium-3 Production and High-Efficiency Helium-3 Battery Prototypes
By Steven Henderson Abstract This research presents a comprehensive exploration into the synthesis of helium-3 (He-3) from hydrogen isotopes, along with the development of helium-3-based battery prototypes. The primary objective is to provide a sustainable, high-energy fuel alternative with applications ranging from industrial energy storage to potential aerospace and remote power solutions. Given the rarity of helium-3 on Earth and the considerable costs associated with alternative sourcing methods, we have focused on a feasible approach to helium-3 production by leveraging hydrogen fusion under controlled conditions. Using a combination of theoretical modeling, quantum simulations, and practical experimentation, we outline a precise process for hydrogen isotope fusion aimed at generating helium-3 efficiently. Key elements of this process include advanced magnetic and inertial confinement methods, optimized energy recycling strategies, and quantum-entanglement-based compressi
