September 18, 2017
3:00PM - 4:00PM
1080 Smith Seminar Room
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2017-09-18 15:00:00
2017-09-18 16:00:00
CMT Seminar - Arun Paramekanti (University of Toronto) "Pseudo-Landau levels in strained nodal superconductors"
Theory and experiments on graphene have shown that strain can be tailored to induce pseudo-vector potentials and pseudo-magnetic fields as large as 300 Tesla for the low energy Dirac fermions. Motivated by this, and related theoretical work on other Dirac systems, we consider the impact of strain on nodal d-wave superconductors. We theoretically show that suitable inhomogeneous strain fields can lead to pseudo-Landau levels for the Bogolinubov quasiparticles, with detectable signatures in STM experiments and possibly THz spectroscopy
1080 Smith Seminar Room
OSU ASC Drupal 8
ascwebservices@osu.edu
America/New_York
public
Date Range
Add to Calendar
2017-09-18 15:00:00
2017-09-18 16:00:00
CMT Seminar - Arun Paramekanti (University of Toronto) "Pseudo-Landau levels in strained nodal superconductors"
Theory and experiments on graphene have shown that strain can be tailored to induce pseudo-vector potentials and pseudo-magnetic fields as large as 300 Tesla for the low energy Dirac fermions. Motivated by this, and related theoretical work on other Dirac systems, we consider the impact of strain on nodal d-wave superconductors. We theoretically show that suitable inhomogeneous strain fields can lead to pseudo-Landau levels for the Bogolinubov quasiparticles, with detectable signatures in STM experiments and possibly THz spectroscopy
1080 Smith Seminar Room
Department of Physics
physics@osu.edu
America/New_York
public
Theory and experiments on graphene have shown that strain can be tailored to induce pseudo-vector potentials and pseudo-magnetic fields as large as 300 Tesla for the low energy Dirac fermions. Motivated by this, and related theoretical work on other Dirac systems, we consider the impact of strain on nodal d-wave superconductors. We theoretically show that suitable inhomogeneous strain fields can lead to pseudo-Landau levels for the Bogolinubov quasiparticles, with detectable signatures in STM experiments and possibly THz spectroscopy