Experimental Condensed Matter Physics Lab
Denis Bandurin group at the National University of Singapore
Research focus
Since the first isolation of graphene, devices based on novel low-dimensional quantum materials and their heterostructures have become a true gold mine for searching for new fundamental phenomena and prototyping future technology. Reduced dimensionality, peculiar band structures, quantum geometry, and strong quasiparticle interactions in a unique way determine the response of such systems to external fields thereby offering a powerful setting by which to discover novel fundamental effects using the condensed matter physics experimental toolbox. Currently, our research group at NUS explores the physical properties of novel low-dimensional quantum materials via magneto-transport experiments in the presence of a strong terahertz drive and under extreme cryogenic conditions.
News
07-Oct-2024:: Misha's work on viscous terahertz photoconductivity is published today in Nature Nanotechnology.
22-Apr-2024:: Artur's work on THz magnetotransport in BLG/hBN moire is out in ACS Nano.
13-Feb-2023:: Our work on NbSe2 bolometers is out in Nano Letters.
15-Nov-2023:: D.A. Bandurin was selected as an
MIT Technology Review Innovator Under 35 (Asia Pacific).20-Mar-2023:: Our work on cuprate single-photon detectors is published in Nature Nano. Also featured in News and Views.
22-Dec-2022:: Collaboration work with Dmitri Svintsov's group is published in Nano Letters.
10-Nov-2022:: Our work is in PRL Editor's suggestion.
10-Nov-2022:: PRL on interlayer friction in TBG is out.
Join us!
We are currently accepting Ph.D. students for September 2024. Requirements: Solid knowledge of general and condensed matter physics with an undergraduate record in experimental work.
Applications are welcome for a postdoctoral research position in the field of experimental condensed matter physics in our group. Applicants should submit a CV, and statement of research interests, no letters of reference are needed at the initial stage.
