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We focus on experimental condensed matter physics and optical physics, specifically, utilizing advanced nano-optics coupled with nano-electronics to study new phase of matter in quantum materials with unprecedented spatial, spectral and temporal resolutions. This includes:
We focus on experimental condensed matter physics and optical physics, specifically, utilizing advanced nano-optics coupled with nano-electronics to study new phase of matter in quantum materials with unprecedented spatial, spectral and temporal resolutions. This includes:
Scanning nano-IR probe of low-dimensional quantum materials at the nanometer scales.
Scanning nano-IR probe of low-dimensional quantum materials at the nanometer scales.
Probing and controlling ultrafast dynamics of charge, lattice, valley and spin degree of freedoms at femtosecond time-scales and nanoscales.
Probing and controlling ultrafast dynamics of charge, lattice, valley and spin degree of freedoms at femtosecond time-scales and nanoscales.
State-of-the-art vdWs quantum devices for nano-light explorations under extreme conditions.
State-of-the-art vdWs quantum devices for nano-light explorations under extreme conditions.
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