We have significantly improved the performance of classical simulation of quantum circuits. At present, classical simulation serves as a crucial tool for benchmarking large quantum chips and influencing their design iterations. Our algorithm, tested across a range of random quantum circuits, has realized an acceleration surpassing 100,000 times the original simulation cost estimates. This significant advancement has been acknowledged in a publication in Nature Computational Science and further highlighted in a News and Views article titled Boosting Simulation of Quantum Computers . Our simulation technique has been widely embraced in both academic and industrial sectors.
