Summary
Jyotirmai Singh is a Stanford Physics PhD candidate based in Palo Alto with a decade of hands-on experience building quantum-limited detectors for dark matter searches. At Stanford’s Dark Matter Radio experiment she designs MHz-scale superconducting resonators, probes quantum noise in unconventional frequency regimes, and develops sensor protocols to evade the standard quantum limit. Her background includes simulation and experimental work across leading dark-matter and neutrino collaborations (SuperCDMS, MiniCLEAN/LZ, SNO/SNO+), where she accelerated Monte Carlo phonon models and characterized VUV wavelength-shifters for liquid noble detectors. Combining rigorous experimental technique with computational speedups, she brings a rare blend of cryogenic hardware expertise, quantum measurement insight, and production-grade simulation development.
10 years of coding experience
4 years of employment as a software developer
Bachelor’s Degree, Physics, 3.99/4.00, Bachelor’s Degree, Physics, 3.99/4.00 at University of California, Berkeley
Dubai College
Doctor of Philosophy - PhD, Physics, Doctor of Philosophy - PhD, Physics at Stanford University
English, Hindi, French, Persian