We are interested in probing novel properties of atomically-thin 2D materials with a wide range of optical techniques. We will study the fundamental physics at the true two-dimensional limit, including non-equilibrium relaxations, many-body interactions for excitonic complex, spin-photon coupling, and collective spin-wave dynamics. We will also explore new functional materials with different 2D heterostructures and nanodevices.
Our 2D toolbox now includes semiconductors, ferromagnets, antiferromagnets, superconductors, topological materials, and more to come!
Our work on electrical tunable spin-LED is published in Nature Communications!
John Kopture-Palenchar just graduated! Congratulations, Dr. Kopture-Palenchar
The collaborated work (with Yang's group at UChicago)on MnBi2Te4 spin dyanmaics is published in Science Advance.
Our work on dark exciton-polaron is published in Nature Communications!
Congratulations on winning the NSF's Quantum Sensing Challenges funding for magnon detection, led by Case Western University.
New graduate students Alejandro Bustov and Parisa Ali Mohammadi joined our group!
Our work on exfoliable molecular crystals is published in npj 2D Materials and Applications! (Sep, 2022)
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