February 18, 2020
3:45PM
-
4:45PM
1080 Physics Research Building, Smith Seminar room - reception at 3:30pm in front of the SSR
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2020-02-18 15:45:00
2020-02-18 16:45:00
Colloquium - Anton Burkov (University of Waterloo) - Topological Metals
One of the major themes of the modern condensed matter physics is the study of materials with nontrivial electronic structure topology. Particularly significant progress in this field has happened within the last decade, due to the discovery of topologically nontrivial states of matter, that have a gap in their energy spectrum, namely Topological Insulators and Topological Superconductors. In this talk I will describe the most recent work, partly my own, extending the notions of the nontrivial electronic structure topology to gapless states of matter as well, namely to semi-metals and even metals. I will discuss both the theoretical concepts, and the recent experimental work, realizing these novel states of condensed matter.
1080 Physics Research Building, Smith Seminar room - reception at 3:30pm in front of the SSR
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2020-02-18 15:45:00
2020-02-18 16:45:00
Colloquium - Anton Burkov (University of Waterloo) - Topological Metals
One of the major themes of the modern condensed matter physics is the study of materials with nontrivial electronic structure topology. Particularly significant progress in this field has happened within the last decade, due to the discovery of topologically nontrivial states of matter, that have a gap in their energy spectrum, namely Topological Insulators and Topological Superconductors. In this talk I will describe the most recent work, partly my own, extending the notions of the nontrivial electronic structure topology to gapless states of matter as well, namely to semi-metals and even metals. I will discuss both the theoretical concepts, and the recent experimental work, realizing these novel states of condensed matter.
1080 Physics Research Building, Smith Seminar room - reception at 3:30pm in front of the SSR
America/New_York
public
One of the major themes of the modern condensed matter physics is the study of materials with nontrivial electronic structure topology. Particularly significant progress in this field has happened within the last decade, due to the discovery of topologically nontrivial states of matter, that have a gap in their energy spectrum, namely Topological Insulators and Topological Superconductors. In this talk I will describe the most recent work, partly my own, extending the notions of the nontrivial electronic structure topology to gapless states of matter as well, namely to semi-metals and even metals. I will discuss both the theoretical concepts, and the recent experimental work, realizing these novel states of condensed matter.
