1. 量子精密磁测量
1. . Single-Beam Atomic Magnetometer Enhanced With Elliptically Polarized Reflected Light. IEEE Sensors Journal, 28704, 2024.
2. 彭瑾. Suppressing Spatial Inhomogeneity in Spin Polarization and Light Shift in Atomic Magnetometer Array Using Frequency-Paired Counter-propagating Pumps. IEEE Sensors Journal, 29890, 2024.
3. 殷怡然. Characterization of nonlinear spectral linewidth and light shift in diffuse laser-cooled atoms. Chinese Physics B, 34, 2025.
4. 彭瑾. Signal-enhanced high-sensitivity atomic magnetometer based on multi-pass cell. Applied Physics Express, 17, 2024.
5. . Femtotesla atomic magnetometer with counter-propagating optical sideband pumping. OPTICS LETTERS, 49, 6177, 2024.
6. . Collision-Induced Broadband Optical Nonreciprocity. physical Review Letters, 125, 2020.
7. 许安宁. Subpicotesla Optomechanical Magnetometry. physical Review Letters, 133, 2024.
8. . Single-Beam Atomic Magnetometer Enhanced With Elliptically Polarized Reflected Light. IEEE Sensors Journal, 24, 28704, 2024.
9. 彭瑾. Suppressing Spatial Inhomogeneity in Spin Polarization and Light Shift in Atomic Magnetometer Array Using Frequency-Paired Counter-Propagating Pumps. IEEE Sensors Journal, 24, 29890, 2024.
10. 刘贝. Dual-beam room-temperature atomic magnetometer with high sensitivity and large dynamic range. Applied Physics Express, 16, 2023.
11. 彭瑾. Measurement of Relaxation Mechanism for the Spin-Exchange Relaxation-Free Magnetometer. IEEE Sensors Journal, 24, 1333, 2024.
12. 刘贝. Dual-beam room-temperature atomic magnetometer with high sensitivity and large dynamic range. Applied Physics Express, 16, 2023.
1. 一种用于原子磁力计的可控触发无磁加热方法
1. （包干项目）基于室温原子气室的量子增强磁力计 阵列研究, 2025-05-01-2028-04-30
2. （包干项目）基于腔增强的里德堡原子太赫兹外差探测, 2024-01-01-2026-12-30
3. Vacuum-System-Free Microtd align="center" Technology for Chip-Sized Cold Atom Ultra-High Precision Metrology, 2023-08-24-2025-12-31
4. 基于磁异常探测的高灵敏度原子磁力计, 2020-09-18-2023-12-31
1. 工程伦理
2. 工程伦理
