2024
Special Kadanoff Lunch Seminar: Hierarchy construction for fractional quantum hall states via condensable algebras. - Carolyn Zhang, Harvard
12:00 pm MCP 3rd Floor Atrium
Hierarchy construction for fractional quantum hall states via condensable algebras.
Kadanoff Seminar: Generalized Higher Landau Levels: Quantized Integrated Trace Formula and Implication for non-Abelian States. - Jie Wang, Harvard University
1:30 pm MCP 201
Generalized Higher Landau Levels: Quantized Integrated Trace Formula and Implication for non-Abelian States.
Particle Theory Seminar: Momentum shift and on-shell constructible massive amplitudes. - Yohei Ema, University of Minnesota
1:30 pm MCP 201
Momentum shift and on-shell constructible massive amplitudes.
Kadanoff Seminar: On the Stability of the Chern Number for 2D Fermionic Topological Phases. - Nikita Sopenko, IAS
1:30 pm MCP 201
On the Stability of the Chern Number for 2D Fermionic Topological Phases.
Particle Theory Seminar: Primordial Black Holes from Axion Domain Walls. - David Dunsky, New York University
1:30 pm MCP 201
Primordial Black Holes from Axion Domain Walls.
Kadanoff Seminar: Solving a strongly interacting scalar quantum field theory in four dimensions. - Thimo Preis, University of Heidelberg
1:30 pm MCP 201
Solving a strongly interacting scalar quantum field theory in four dimensions.
Kadanoff Seminar: Analyticity and the Unruh effect. - Jonathan Sorce, MIT
1:30 pm
Analyticity and the Unruh effect.
Kadanoff Seminar: Spectral Form Factors of attractively interacting fermions. - Victor Gurarie, University of Colorado
1:30 pm MCP 201
Spectral Form Factors of attractively interacting fermions.
Kadanoff Seminar: A higher-dimensional bulk/edge correspondence and topological entanglement. - Jackson Fliss, University of Cambridge
1:30 pm MCP 201
A higher-dimensional bulk/edge correspondence and topological entanglement.
Kadanoff Seminar: - Topological order and dynamical constraints in open systems. - Ramanjit Sohal, Princeton University
1:30 pm MCP 201
Topological order and dynamical constraints in open systems.