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Project Description

The associate will conduct experimental fundamental research into high-speed cryogenic photodetection. This work explores the viability of high speed photodetection to drive Josephson junctions at a temperature near 4 Kelvin. Some of the associates key responsibilities are performing photodetector measurements, including DC responsivity and bandwidth, at cryogenic temperatures, performing pump-probe photodector response via electro-optic sampling, working with optical frequency comb-based optical pulse shapers and present results at internal meetings, scientific conferences, and in refereed journals

Research Interests

I’m now interested in exploring the response of high speed detector at room and low temperature using EOS with optical frequency combs. These will be useful for our further research on Josephson junctions.