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Cutting-edge research facilities serve as the engine for advancing the frontier of physics and materials science.
Cutting-edge research facilities serve as the engine for advancing the frontier of physics and materials science.
For exploring breakthroughs in photoexcited materials, I utilize a portfolio of world-class research facilities via my own instrumentations and wide collaborations. The combination of table-top home facilities with big-science user facilities provides an ideal armory for forging the future of photoexcited materials and physics.
For exploring breakthroughs in photoexcited materials, I utilize a portfolio of world-class research facilities via my own instrumentations and wide collaborations. The combination of table-top home facilities with big-science user facilities provides an ideal armory for forging the future of photoexcited materials and physics.
Table-Top Home Facilities
Table-Top Home Facilities
Hands-on expertise in development and management of advanced time-resolved ARPES labs
Hands-on expertise in development and management of advanced time-resolved ARPES labs
Extreme-Ultraviolet time- and angle-resolved photoemission spectroscopy
Extreme-Ultraviolet time- and angle-resolved photoemission spectroscopy
High-repetition-rate time- and angle-resolved photoemission spectroscopy
High-repetition-rate time- and angle-resolved photoemission spectroscopy
Synchrotron-Based User Facilities
Synchrotron-Based User Facilities
Merit-based proposals accepted for leveraging big-science facilities at national labs
Merit-based proposals accepted for leveraging big-science facilities at national labs
Birds eye view of NSLS-II
Data acquired from beamline 21-ID
National Synchrotron Light Source II @ Brookhaven National Lab
National Synchrotron Light Source II @ Brookhaven National Lab
Birds eye view of ALS
Data acquired from beamline 4
Advanced Light Source II @ Berkeley National Lab
Advanced Light Source II @ Berkeley National Lab
Computational User Facilities
Computational User Facilities
Strong collaborations with theory groups for exploiting power of supercomputing clusters
Strong collaborations with theory groups for exploiting power of supercomputing clusters
Moiré Physics
Moiré Physics
Collaboration via Center for Functional Nanomaterials (CFN) at Brookhaven National Lab
CDW Materials
CDW Materials
Collaboration via Molecular Foundry (MF) at Berkeley National Lab
Excitonic Phenomena
Excitonic Phenomena
Collaboration via supercomputing clusters at UT Austin
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