SYSTEM AND METHOD FOR HIGH-TEMPERATURE TOPOLOGICAL QUANTUM PROCESSING VIA CHIRAL SYMMETRY BREAKING

A quantum processing system for high-temperature topological quantum computing comprises a Cryogenic Enclosure operating at approximately 4 Kelvin. The system houses a Quantum Processor Module with a twisted bilayer high-temperature superconductor structure. This structure induces a chiral topological phase, hosting robust Majorana Zero Modes that serve as logical qubits. A Control Layer with YBCO-based Rapid Single Flux Quantum (RSFQ) Logic Circuits is monolithically integrated to perform braiding operations and readout, providing intrinsic error suppression through a large superconducting gap. This architecture eliminates the need for dilution refrigeration, enabling compact, industrially viable, and intrinsically fault-tolerant quantum processing.