Linear Dichroism In High Temperature Superconductors In THz Range
Upgraded to Oral (MM3)Wed, 11 Nov 2020 04:00pm to 04:15pm
Room: Canalside
We measure as a function of sample orientation, doping, temperature, and energy, the Faraday rotation of linearly polarized THz light by high temperature cuprate thin film superconductors. We observe a linear dichroism signal which increases with decreasing frequency and may exhibit resonances in the THz (1-6 meV) range
Download Abstract: irmmw2020_abstract_dgeorge.pdf
Presenter: Anonymous
Authors: George, Deepu; Seo, Jungryeol; Zhang, Hao; Zhang, Chao; Kirzhner, Tal; Koren, Gad; Wei, John; Markelz, Andrea; Cerne, John
SUNY Buffalo, Technion - Israel Institute of Technology, University of Toronto