IQuS News

Kip Thorne – Frontiers of Physics
Kip Thorne (2017) Nobel Laureate from Caltech will present a Frontiers of Physics lecture on May-17.

INT Program: New physics searches at the precision frontier
INT program starts next week

Quantum Computing Boot Camp at JLab
Students: gain hands-on experience in simulating complex quantum systems using quantum computers. Jefferson Laboratory is hosting a quantum computing bootcamp this June.

Special Topics Course in Quantum Information and Simulation for Scientific Applications – Spring 2023
The UW Physics Department is again offering an Special Topics course on quantum information and quantum simulation for scientific applications. The class will meet Tuesdays and Thursdays throughout the Spring quarter.

IQuS Workshop : Next-Generation Computing for Low-Energy Nuclear Physics: from Machine Learning to Quantum Computing
The “Next-Gen” IQuS workshop just ended. It was a great success, bringing together researchers across nuclear physics to focus on next generation computing to address research priorities. Thanks to the organizers, Zohreh Davoudi, Bira van Kolck, Silas Beane and Maria Piarulli, who brought together a diverse, engaged and motivated set of participants in an exciting […]

Special Topics Course in Quantum Information and Simulation for Scientific Applications
The UW Physics Department is offering a new advanced graduate class on quantum information and quantum simulation for scientific applications. The class will meet M,W.F throughout the Spring quarter. Classical quantum simulators will be used to explore relevant quantum circuit design.

UW’s David Kaplan Awarded APS’s Feshback Prize
“For multiple foundational innovations in nuclear theory, including in lattice quantum chromodynamics, effective field theories, and nuclear strangeness, and for strategic leadership to broaden participation between nuclear theory and other fields.“

UW’s David Hertzog is awarded the APS’s Tom Bonner Prize
For advancing the frontiers of understanding nature’s fundamental symmetries via unprecedented precision studies of the muon, including its lifetime, its anomalous magnetic moment, and its measurement by the pseudoscalar coupling constant.