Events Archive

Title Date and Time Location
Physics Colloquia: Neutrino Physics in the Liquid Argon Time Projection Chamber Era
Georgia Karagiorgi, Columbia University
PAA A-102
INT: Energy hierarchies governing quarkonium dynamics in Heavy Ion Collisions
Rishi Sharma, TIFR
PAT C-421 (participants are welcome to join via Zoom as well)
INT: Bottomonium suppression at NLO in the ratio of the binding energy over temperature
Michael Strickland, Kent State University
PAT C-421 (participants are welcome to join via Zoom as well)
Physics Department: Final Exam: Fission within the Time Dependent Superfluid Local Density Approximation
Ibrahim Abdurrahman (Advisor: Aurel Bulgac), University of Washington
PAT C-520
Physics Department: General Exam
Dean Huang (Advisor: Paul Wiggins), University of Washington
PAT C-520
INT: S@INT Seminar: "Toward an Automated-Algebra framework for Quantum Matter with Quantum Virial Expansion and beyond"
Yaqi Hou - University of North Carolina at Chapel Hill
PAT C-421 (participants are welcome to join via Zoom as well)
Physics Department: Faculty Meeting
Physics Faculty
PAT C-520 (https://washington.zoom.us/j/97553213488)
Physics Department: Final Exam: Precession frequency analysis for Run-2 and Run-3 of the Muon g-2 experiment
Hannah Binney (Advisor: David Hertzog), University of Washington
CENPA Conference Room
INT: INT Hybrid Workshop: Parton Distributions and Nucleon Structure
INT: INT Hybrid Workshop: Parton Distributions and Nucleon Structure
INT: INT Hybrid Workshop: Parton Distributions and Nucleon Structure
INT: INT Hybrid Workshop: Parton Distributions and Nucleon Structure
Accelerated AI Algorithms for Data-Driven Discovery Institute (A3D3): Machine Learning in IceCube Zoom: https://cern.zoom.us/j/63622996522?pwd=aTc1SmVZU2FSQXlRaDNwU2NvZFNWQT09
INT: INT Hybrid Workshop: Parton Distributions and Nucleon Structure
Thouless Institute for Quantum Matter: Geodynamics in meta spacetime
Qian Niu, UT Austin
-
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
Physics Department: Final Exam: Modeling Hydra from neuron to muscle to behaviors
Hengji Wang (Chair: Adrienne Fairhall), University of Washington
PAT C-520
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
Physics Department: Final Exam: Entanglement between Quarks in Hadrons 
Peter J Ehlers (Advisor: Silas Beane), University of Washington
PAT C-520
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
CENPA: The Mu3e experiment
Frederik Wauters, Johannes Gutenberg-University Mainz (Germany)
CENPA Conference Room (https://washington.zoom.us/j/98707611547?pwd=RFlEZDJYOVRNdjlhZEtJbDdKeXpCZz09)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
Accelerated AI Algorithms for Data-Driven Discovery Institute (A3D3): Towards Online Anomaly Detection for Particle Physics
Ben Nachman, LBNL
Connection details here: https://indico.cern.ch/event/1188153/
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
INT: INT Hybrid Program: Dark Matter in Compact Objects, Stars, and in Low Energy Experiments - PAT C-421 (participants are welcome to join via Zoom as well)
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