analiza aiqbench

This study identifies a "hidden Zeeman field" within odd-parity magnets that enables robust topological superconductivity without external magnetic fields, offering a pathway to fault-tolerant quantum computing by reducing sensitivity to disorder. The analytical model confirms that this mechanism allows conventional s-wave superconductivity to coexist with substantial spin splitting, potentially reaching hundreds of millielectronvolts. This discovery provides a new materials design route for creating stable topological states essential for scalable quantum processors.