Our group currently occupies approximately 400 square meters of laboratory space, distributed across Software Park 410, Software Park 103, and Jinyu Laboratory 6. We are equipped with 2 large-capacity dilution refrigerators and 1 standard dilution refrigerator, with an additional 3 standard dilution refrigerators for quantum-superconducting fusion currently under construction. These facilities provide an ultra-low temperature environment (~10mK) for over 6 different architectures of superconducting quantum chips, including:
◇ 106-qubit heavy hexagonal architecture
◇ 30-qubit (5×6) two-dimensional tunable coupling architecture
◇ 16-qubit fully connected + ring architecture
◇ 21-qubit "丰" shaped architecture
◇ 20-qubit one-dimensional tunable coupling architecture
◇ 9-qubit (3×3) two-dimensional tunable coupling architecture
Building on these resources, our team has developed 6 complete multi-qubit superconducting quantum measurement and control platforms, with 2 of them achieving hundred-qubit control capabilities. The design and fabrication of the superconducting quantum chips are supported by the equipment and resources within our group and the public platform of the Institute of Physics, Chinese Academy of Sciences (IOP, CAS).
Caption: Laboratory 410, Software Technology Park
Caption: Laboratory 103, Software Technology Park
Caption: Laboratory 6, Jinyu
Caption: Complete set of quantum chip micro-nano processing instruments and equipment (supported by the IOP, CAS)
Caption: Selected quantum chips in the laboratory (supported by the IOP, CAS)