Revolutionary Discovery: Superconductivity in LK-99, a 1D Copper Atom Chain
Exploring the 1D BR-BCS Theory and the Potential of Room-Temperature Superconductivity Quantum Energy Research Institute Unveils the Mechanism Behind Superconductivity in LK-99 The Quantum Energy Research Institute has made an astonishing claim by developing a room-temperature, high-pressure superconductor known as LK-99. Their recent paper, detailing the principles behind the superconductivity phenomenon in LK-99, has been released after revisions. Central to LK-99's significance is its role as a previously speculated 1D superconductor. Within its hexagonal prism structure, electric current flows between vertically connected copper atoms without resistance. The research team, including authors Lee Seok-bae, Kim Ji-hoon, Kim Hyun-tak, Lim Sung-yeon, Ahn Soo-min, and Oh Geun-ho, has published a third revised paper on the preprint site 'arXiv.' In this paper, they explain the theoretical foundation of the room-temperature, high-pressure superconductivity in LK-99 using the ...