Recently, the research team led by Associate Researchers Yao Lu and Junhua Zhang at Shenzhen International Quantum Academy has made notable progress in the field of trapped-ion quantum computing. The team successfully constructed the first trapped-ion quantum processor based on structured light addr

Focusing on dispersive readout in a squeezed environment, the team developed a new statistical analysis framework that enables a more complete description of how measurement signals evolve as they accumulate over time, and directly links these statistical features to measurement precision.

IQASZ implemented "full-stack" logical operations—from universal logical gates to quantum algorithm demonstrations—on a silicon-based quantum processor, which is a prototype of the logical quantum computer in silicon.

Recently, Dr. Jilei Chen’s team at the Shenzhen International Quantum Academy, published a review titled “Magnon Confinement and Trapping at the Nanoscale” in the physics review journal Physics Reports (IF = 29.5).

Recently, a team led by Researcher Youpeng Zhong and Academician Dapeng Yu at the Shenzhen International Quantum Academy achieved a major breakthrough in superconducting quantum computation by realizing logical multi-qubit entanglement based on dual-rail encoding for the first time.

Recently, led by Academician Dapeng Yu, a research team from Shenzhen International Quantum Academy (IQASZ) — including Associate Researchers Jingjing Chen and Zhenbing Tan from the Quantum Devices and Quantum Transport group, in collaboration with Professor Zhimin Liao’s team at Peking University —