Introducing Hyper-Cold Fusion

Hyper-cold fusion is an innovative nuclear fusion approach that exploits the unique electronic properties of 2D materials. Unlike conventional cold fusion using hydrogen-occluded metals, our method operates on graphene surfaces under elevated gas pressures while maintaining low-energy states. The mechanism relies on graphene’s ability to emit terahertz radiation, creating an excited electron-rich environment where plasmons with Fermi velocities of 6000 km/s interact with hydrogen nuclei. High-pressure hydrogen gas on graphene surfaces shows enhanced mobility compared with hydrogen in conventional systems, increasing the probability of fusion interactions. The proposed electron capture mechanism involves ground-state hydrogen atoms interacting with graphene plasmons, potentially enabling fusion reactions on the material surface. This approach addresses fundamental limitations of traditional cold fusion by providing a more controlled and potentially scalable fusion pathway through the strategic utilization of 2D material properties.