2026
Leinweber Seminar: Closed Universes, Wormholes, and Quantum Magic. - Brian Swingle, Brandis University
1:30 pm MCP 201
Closed Universes, Wormholes, and Quantum Magic.
Particle Theory Seminar: Energy Correlators at the Collider Frontier. - Kyle Lee, Argonne National Lab
1:30 pm MCP 201
Energy Correlators at the Collider Frontier.
Special Leinweber Seminar - Dipole conservation in some classical and quantum systems. - Jung Hoon Han, Sungyunkwan University
1:30 pm MCP 201
Dipole conservation in some classical and quantum systems.
Leinweber Seminar: How Might Quantum Platforms Reshape Many-Body Physics? - Shivaji Sondhi, Oxford University
1:30 pm MCP 201
How Might Quantum Platforms Reshape Many-Body Physics?
Special Leinweber Seminar: Matrix Theory and Non-Lorentzian Geometry. - Ziqi Yan, Niels Bohr Institute
1:30 pm MCP 201 - VIA ZOOM
Matrix Theory and Non-Lorentzian Geometry.
Leinweber Seminar: i-incidental N-naturalness. - Brian Batell, University of Pittsburgh
1:30 pm MCP 201
i-incidental N-naturalness.
Leinweber Seminar: Anomalies in Hadronic B Decays. - David London, Université de Montréal
1:30 pm MCP 201 - VIA ZOOM
Anomalies in Hadronic B Decays.
Leinweber Seminar: Universal quantum computation with group surface codes. - Tyler Ellison, Purdue
1:30 pm MCP 201
Universal quantum computation with group surface codes.
Leinweber Seminar: Why Indices Count the Total Number of Black Hole Microstates (at large N). - Alejandro Cabo-Bizet, University of Turin
1:30 pm MCP 201 - VIA ZOOM
Why Indices Count the Total Number of Black Hole Microstates (at large N).
Leinweber Seminar: Light-ray operators and the w(1+infinity) algebra. - Elizabeth Himwich, Princeton University
1:30–2:45 pm MCP 201
Light-ray operators and the w(1+infinity) algebra.