The Laboratory of Quantum Sensing and Quantum Metrology of the School of Physics of Huazhong University of Science and Technology was established in October 2014, and jointly initiated the establishment of the International Joint Laboratory of Quantum Sensing and Quantum Metrology of HUST-UULM with the University of Ulm in Germany.

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QuEBS: Quantum Effects in Biological Systems Workshop

QuEBS: Quantum Effects in Biological Systems Workshop

The 14th workshop on quantum effects in biological···... Read Full Article
Magnetic imaging with angstrom resolution

Magnetic imaging with angstrom resolution

We propose a novel magnetic imaging protocol that ···... Read Full Article
The key to fast quantum entanglement generation

The key to fast quantum entanglement generation

Entanglement critically underpins the cutting-edge···... Read Full Article
Topological insights into quantum metrology

Topological insights into quantum metrology

This work bridges topology and quantum metrology, ···... Read Full Article

In the media

QuEBS: Quantum Effects in Biological Systems Workshop

Phys.org: New method achieves tenfold increase in quantum coherence time

Most Recent Preprints

Practical advantage of non-Hermitian enhanced quantum sensing Kun Yang, Yaoming Chu, Ning Wang, Jianming Cai，arXiv: 2603.20612

Non-Hermitian quantum systems near exceptional points enhance response, yet their signal-to-noise advantage under realistic noise remains debated. Here, we show that non-Hermitian sensing could outperform Hermitian schemes in practical noise conditions, and supported by Fisher information analysis demonstrating regimes of improved measurement precision. More
The rationality of radical pair mechanism in real biological systems Xiaoyu Chen, Haibin Liu, Jianming Cai, arXiv:2512.05974

Although Ramsey-like models perform better in environments with highly controllable parameters, RPM models, which do not require precise time control and accurate prior measurement parameters, are better suited to meet the needs of biomagnetic navigation in complex and realistic natural environments. More
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