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RESEARCH HIGHIGHT
RESEARCH HIGHIGHT
Innovations in Gravitational Wave Detection Technology
A method has been proposed to project gravitational wave signals onto phase-sensitive entangled states using orbital atomic sensors in quantum squeezed states. Simulation results indicate that this technology can enhance the detection sensitivity of
Quantum Encoding of NP-Complete Problems
An efficient encoding of classic hard NP-complete problems such as number partitioning, 3-SAT, and vertex cover has been achieved using cold atom systems in optical cavities, establishing a universal framework for solving general optimization problem
Quantum Algorithm Development
Recently developed quantum algorithms based on the nuclear polynomial expansion have been proven effective on superconducting quantum processors, demonstrating potential for exponential speedup advantages.
Atomic Quantum Simulation Platform
The preparation of strongly interacting fermionic gases has been completed, marking a significant step forward in the simulation of complex quantum systems.
Atomic Quantum Computing Platform
We have constructed an atom tweezer array in 2024, and expect to control more than hundreds of atoms individually for quantum computing in near future.
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