Research

Our research pioneers the topic of Ultra-Low-Noise Nonlinear Optics, focusing on using nonlinear optical processes to generate the Purest and Most Stable electromagnetic waves across optical, THz, mmWave and μWave frequencies.

Our research bridges fundamental nonlinear optics, integrated photonics, and quantum science to develop next-generation optoelectronic systems, for applications such as optical communications, precision measurements, and quantum metrology, where phase coherence, spectral purity, and long-term stability are paramount.

我们的研究率先开拓了超低噪声非线性光学这一方向，聚焦于利用非线性光学过程，在光波、太赫兹、毫米波及微波频段生成最纯净、最稳定的电磁波。

我们的研究融合了基础非线性光学、集成光子学与量子科学，致力于开发下一代光电融合系统，服务于光通信、精密测量和量子计量等关键应用领域——在这些领域中，相位相干性、光谱纯度与长期稳定性至关重要。