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Kasra Nowrouzi

Head of Hardware, Advanced Quantum Testbed at Lawrence Berkeley National Laboratory

Kasra Nowrouzi is a distinguished professional with a strong background in Applied Physics, Electrical Engineering, Computer Sciences, Mathematics, and Physics.

He holds a Doctor of Philosophy (Ph.D.) in Applied Physics from the prestigious University of California, Berkeley, where he also earned his Bachelor's Degree with a major in Electrical Engineering and Computer Sciences, and minors in Mathematics and Physics. Additionally, he pursued studies at Diablo Valley College.

Kasra Nowrouzi has a rich history of contributions at the Advanced Quantum Testbed within the Berkeley Lab, where he held key roles including Head of Hardware, Research Scientist/Engineer, as well as Postdoctoral Scholar. Prior to that, he served as a Graduate Student Research Assistant at the Advanced Light Source at Berkeley Lab.

His professional journey showcases a commitment to cutting-edge research and practical applications in the fields of quantum technologies, advanced physics, and experimental sciences.

Highlights

Aug 26 · linkedin

Last chance to apply: If you have extensive experience with FPGA programming and related developments, and would like to apply your skills to quantum computing at the cutting edge, please apply here directly on LinkedIn: https://lnkd.in/gXaZg2jN (or apply at LBL's own portal at the link at the end of this post)

Since 2018, the QubiC team led by Gang Huang at Berkeley Lab has developed the world's first open source system for control of superconducting quantum computers. In recent years, QubiC has become one of the most advanced control systems available anywhere. (See my recent LinkedIn posts for some examples.) We are now expanding the team!

Jun 30 · linkedin

Part 2: New Paper/Invention Alert!

Our team has used Berkeley Lab's open-source quantum computing control system, QubiC, to develop and demonstrate a lightweight ML implementation on FPGA for fast, high-fidelity readout and real-time state discrimination: https://lnkd.in/gcAke_Kd

Readout duration and fidelity are some of the bottlenecks in quantum computing; and our method, QubiCML, denotes a step forward.

cc: Neel V, Yilun Xu, et al

Kasra Nowrouzi
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Location

Berkeley, California, United States