Summary
Yijun Jiang is a postdoctoral scholar at Stanford with 11 years of experience in atomic physics, precision measurement, and large-scale atom interferometry, contributing to a 10-meter clock atom interferometer and the MAGIS-100 detector. His PhD and research in the Hogan Lab span experimental design, mechanical and vacuum systems, novel optical lattices for meter-scale atom transport, and record-setting large-momentum-transfer interferometry (>400 ħk) on 88Sr. He combines hands-on experimental construction with theoretical pulse engineering to mitigate laser-noise and parasitic-interferometer effects, and collaborates across institutions on gravitational-wave sensing initiatives. Trained at MIT and Peking University, he brings rare fluency in both ultracold-molecule spectroscopy and large-baseline interferometer engineering, with public-facing code and publications linked on GitHub and Google Scholar.
11 years of coding experience
2 years of employment as a software developer
Bachelor of Science (B.S.), Physics, Mathematics, 5.0/5.0, Bachelor of Science (B.S.), Physics, Mathematics, 5.0/5.0 at Massachusetts Institute of Technology
Dalian Yuming High School
Physics, 3.9/4.0, Physics, 3.9/4.0 at Peking University
Doctor of Philosophy (Ph.D.), Applied Physics, Doctor of Philosophy (Ph.D.), Applied Physics at Stanford University
Chinese, English, German, Japanese