Welcome to my personal webpage! I am Yijun Jiang (Chinese: 姜一君), a Ph.D. student in Department of Applied Physics at Stanford University. I work on atom interferometry in Prof. Jason Hogan's lab.
As you can see, this website is still under construction. Many links are still missing. I will try to finish it in the next few weeks. Stay tuned!
My research is focused on precision measurement with long-baseline clock atom interferometry using ultracold strontium atoms. In particular, I am heavily involved in the design and construction of a vertical 10-meter atom interferometer in Hogan Lab at Stanford University.
Currently, I take the lead on the development of a novel optical lattice system that will be used to transport atoms over a long distance, which is a crucial step for our long-baseline interferometer.
Besides, I am part of the Matter-wave Atomic Gradiometer Interferometric Sensor (MAGIS-100) collaboration. This is a next-generation quantum sensor under construction at Fermilab that aims to explore fundamental physics using clock atom interferometry across a 100-meter vertical baseline.
Click on the title to read more!
Check out my publications!
You can also fine me on Google Scholar.
When I am not working, I spend time with my two cats, Tangyuan (Chinese: 汤圆) and Fantuan (Chinese: 饭团). The names come from traditional Asian food: Tangyuan is a sticky rice ball originated from China for the Lantern Festival, while Fantuan is a Japanese seaweed-wrapped rice dish. Both cats are cute little girls.
I also enjoy cooking, games and 3D printing. It is too bad that I am running out of space here. So be sure to click on the title to learn more!
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