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Nonlinear Frequency Conversion and Imaging

Our research focuses on developing robust frequency conversion methods for broadband laser sources and efficient infrared imaging. In the past decade, we have developed a novel method that overcomes the traditional trade-off between conversion efficiency and operating bandwidth for broadband source conversion. We have demonstrated the potential for achieving scalable and efficient frequency conversion through a series of experimental works utilizing adiabatic dynamics.

Sub Research Themes

Related Publications:

"Robust efficient and broadband second harmonic generation of ultrashort pulses in composite crystals". 

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