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“Eventually, the simulation will take the ultimate test: comparison with the physical world. When the chip is fabricated and put through its paces, Yao and Nonaka will see how their model measured up and make adjustments from there.
Nonaka and Yao emphasized that a successful simulation of this technology at this level of detail would not have been possible without strong collaboration across the Berkeley community, from AMCR to QSA and AQT to NERSC, which supported the simulation with staff expertise in addition to compute power. The collaboration has yielded important results for the advancement of science, said QSA director Bert de Jong.
"This unprecedented simulation, made possible by a broad partnership among scientists and engineers, is a critical step forward to accelerate the design and development of quantum hardware," he said. "More powerful, more performant quantum chips will unlock new capabilities for researchers and open up new avenues in science."”
View: https://youtu.be/Xuft2vUdLGs?si=0OzDdluy-ohbcgVs
Source: https://phys.org/news/2025-11-supercomputer-simulates-quantum-chip-unprecedented.html
Nonaka and Yao emphasized that a successful simulation of this technology at this level of detail would not have been possible without strong collaboration across the Berkeley community, from AMCR to QSA and AQT to NERSC, which supported the simulation with staff expertise in addition to compute power. The collaboration has yielded important results for the advancement of science, said QSA director Bert de Jong.
"This unprecedented simulation, made possible by a broad partnership among scientists and engineers, is a critical step forward to accelerate the design and development of quantum hardware," he said. "More powerful, more performant quantum chips will unlock new capabilities for researchers and open up new avenues in science."”
View: https://youtu.be/Xuft2vUdLGs?si=0OzDdluy-ohbcgVs
Source: https://phys.org/news/2025-11-supercomputer-simulates-quantum-chip-unprecedented.html