A general station reporter learned from the University of Science and Technology of China that, based on the superconducting quantum processor “Zu Chongzhi 3.2,” Academician Pan Jianwei's team achieved significant progress in the direction of quantum error correction “below the threshold, the more correction the more correct”, laying an important foundation for quantum computers to become practical. The relevant results were published in the international academic journal “Physics Review Express” on the 22nd. According to reports, achieving “below the threshold” quantum error correction is the core goal of long-term pursuit in the global quantum computing field, and it is also one of the key milestones in verifying whether quantum computing systems can move from prototypes to practical use. This new technology route also provides a more advantageous solution for future construction of million-bit quantum computers.

A general station reporter learned from the University of Science and Technology of China that, based on the superconducting quantum processor “Zu Chongzhi 3.2,” Academician Pan Jianwei's team achieved significant progress in the direction of quantum error correction “below the threshold, the more correction the more correct”, laying an important foundation for quantum computers to become practical. The relevant results were published in the international academic journal “Physics Review Express” on the 22nd. According to reports, achieving “below the threshold” quantum error correction is the core goal of long-term pursuit in the global quantum computing field, and it is also one of the key milestones in verifying whether quantum computing systems can move from prototypes to practical use. This new technology route also provides a more advantageous solution for future construction of million-bit quantum computers.