Qubit

• China's fourth-generation independent superconducting quantum computer, "Origin Wukong 180," officially went online on May 9, 2026, and began accepting quantum computing tasks from users worldwide. • The 180-qubit system represents a significant advancement in China's quantum computing capabilities and marks progress toward building indigenous quantum technology infrastructure independent of foreign systems. • The launch demonstrates China's commitment to achieving technological self-sufficiency in emerging computing domains and competing with quantum research initiatives in the United States and Europe.

• MIT scientists unveiled a new quantum computing design achieving stable operation of 1,024 qubits simultaneously, surpassing previous records and demonstrating significant error correction capabilities reported on April 21. • The innovation uses a novel topological qubit design with error rates of 0.1% per operation, enabling computations previously impossible due to quantum decoherence, according to research published in Physical Review Letters. • The breakthrough could accelerate commercial quantum computing applications in drug discovery, materials science, and optimization problems within 2-3 years, researchers said.

• Google unveiled a new quantum processor featuring 10,000 qubits on April 19, claiming achievement of quantum advantage for practical optimization problems with error rates reduced by 60% compared to previous generations. • The chip, named Willow, successfully solved complex combinatorial optimization problems approximately one million times faster than classical supercomputers according to Google Quantum AI division testing. • The breakthrough potentially accelerates commercialization of quantum computing for applications including drug discovery, financial modeling, and supply chain optimization, attracting increased competition from IBM and IonQ.