Schrödinger's Cat Advances Quantum Computing through Silicon Chip Integration

• Researchers use Schrödinger's cat concept for quantum computing advances.
• Antimony atom spin aids in protecting quantum data from errors.
• Silicon chips pave the way for large-scale quantum device production.
• Collaboration includes UNSW, NASA, and other top institutions.
• Quantum computing may revolutionize cryptography and data analysis.
• Quantum devices could be compatible with standard semiconductor tools.
• Published in Nature Physics, UNSW stabilizes qubits under disturbances.