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[China has developed a new "skeleton" for high-temperature superconducting strips] September 2nd, high-temperature superconducting strips have a cheaper and stronger "skeleton". The reporter learned from the Institute of Physics and Chemistry Technology of the Chinese Academy of Sciences on the 2nd that after more than three years of research, the institute's scientific research team successfully developed a new "skeleton" of high-temperature superconducting strips - an iron-based alloy base strip, code-named "DW01". Verified by Shanghai Superconducting Technology Co., Ltd., the key performance indicators of superconducting strips prepared using this base strip are significantly better than traditional Hastelloy base strip products. This marks an important step for China to achieve independent control of the core materials of high-temperature superconducting strips. (Science and Technology Daily)
#alloy#research#Superconducting09-02 20:17
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[Chinese team achieves new breakthrough in autonomous superconducting quantum computer Transmission efficiency as high as 98%] Reporters learned from the Anhui Provincial Key Laboratory of Quantum Computing Chips on the 2nd that Origin Quantum, in collaboration with the University of Science and Technology of China, Hefei Comprehensive National Science Center Artificial Intelligence Research Institute and other scientific research teams, successfully developed a "coherent quantum routing system" for barrel quantum random access memory (QRAM) on the "Original Wukong" independent superconducting quantum computer, which is equivalent to setting up a "fast road" for data centers and effectively solves the industry problem of QRAM expansion. The relevant paper was recently published in the international physics journal "Physical Reviews X". (Science and Technology Daily)
#AI#Quantum computing#chip#research#semiconductor chip#Superconducting#data center#Quantum technology09-02 19:54