2025
EFI Colloquium - Unveiling the Hidden: A Search for Light Dark Matter with DAMIC-M, Paolo Privitera, UChicago
3:30 pm MCP 201
Unveiling the Hidden: A Search for Light Dark Matter with DAMIC-M
Paolo Privitera, UChicago
Leinweber Seminar: A Tale of Two Topologies ― Quantized Transport of Superconducting Topological Electronics. - Pok Man Tam, Princeton University
1:30 pm MCP 201
A Tale of Two Topologies ― Quantized Transport of Superconducting Topological Electronics.
Special Lienweber Seminar: Some exact solutions to non-perturbative gauge theories and their applications. - Hitoshi Muryama, UC Berkeley and LBNL
2:00 pm MCP 201
Some exact solutions to non-perturbative gauge theories and their applications.
Leinweber Seminar: Symmetries and Instabilities of Non-SUSY String Backgrounds. - Max Hubner, Harvard University
1:30 pm MCP 201
Symmetries and Instabilities of Non-SUSY String Backgrounds.
EFI Colloquium - From Quantum Scattering Amplitudes to Gravitational Waves, Zvi Bern, UCLA
3:30 pm MCP 201
From Quantum Scattering Amplitudes to Gravitational Waves
Zvi Bern, UCLA
Leinweber Seminar: Electronic quantum crystals in two-dimensional materials. - Ilya A. Esterlis, University of Wisconsion
1:30 pm MCP 201
Electronic quantum crystals in two-dimensional materials.
Leinweber Seminar: Discovering Dark Matter at CTAO. - Nick Rodd, Lawrence Berkeley National Lab
1:30 pm MCP 201
Discovering Dark Matter at CTAO.
EFI Colloquium - Searching for the Unexpected from Colliders to Stars with Modern Machine Learning, David Shih, Rutgers University
3:30 pm MCP 201
Searching for the Unexpected
from Colliders to Stars
with Modern Machine Learning,
David Shih, Rutgers University
Leinweber Seminar: Spontaneously Broken Non-Invertible Symmetries in Transverse-Field Ising Qudit Chains. - Sergej Moroz, Karlstad University
1:30 pm MCP 201
Spontaneously Broken Non-Invertible Symmetries in Transverse-Field Ising Qudit Chains.
Leinweber Seminar: Forward Physics at the LHC: Probing SM and BSM Frontiers. - Max Fieg, Fermilab
1:30 pm MCP 201
Forward Physics at the LHC: Probing SM and BSM Frontiers.