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McKelvey School of Engineering

ESE Seminar: Kater Murch, PhD

Friday, September 18 | 10:00 AM - 11:00 AM

Virtual Event

Josephson junction based quantum circuits have enabled broad exploration into open quantum systems in the microwave frequency domain. The combination of coherent quantum bits, robust single qubit control, and quantum noise limited parametric amplifiers has yielded an unprecedented view into the physics of quantum measurement and quantum dissipation. My group's research focuses on research topics that touch on fundamental questions including weak measurement and quantum trajectories, non-Markovian dynamics, effective non-Hermitian dynamics, quantum thermodynamics, and quantum sensing. In this talk, I will introduce the experimental architecture that forms the basis for this work, and then focus specifically on ongoing experiments where we study effective non-Hermitian dynamics in a dissipative qubit.

wustl.box.com/s/6q89pvgjrnxaipg90fsp2d0q9esc05k0

Event Type

Seminar/Colloquia

Schools

McKelvey School of Engineering

Topic

Science & Technology

Department
Electrical & Systems Engineering
Event Contact

Francesca Allhoff

Speaker Information

Kater Murch, PhD
Associate Professor
Department of Physics
Washington University in St. Louis

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