Exploring the Use of Topological Materials for Frictionless Energy Transmission and Enhanced Efficiency in Superconducting Power Systems

Topological materials offer unique electronic properties that enable frictionless energy transmission, making them ideal for advanced superconducting power systems. This study explores the potential of topological materials in enhancing energy efficiency and system reliability. Results demonstrate significant advancements in power loss reduction, thermal stability, and scalability, paving the way for transformative applications in energy infrastructure.