Jun Ye

Press Clipping: JILA and NIST Fellow Jun Ye's research highlighted in the "Boulder Daily Camera"

Submitted by kennac on Thu, 07/11/2024 - 4:36 pm
JILA Postdoc Kyungtae Kim (left) poses with JILA graduate student Alex Aeppli (right) in front of the strontium atomic clock

The Boulder Daily Camera recently featured an article on the pioneering work of JILA and NIST Fellow and University of Colorado Boulder physics professor Jun Ye. The piece delves into Ye's development of the world's most precise and accurate clock. 

Ooi

I work on the XUV frequency comb project focused on building a Th229 nuclear clock. A nuclear clock has potential to be a new platform for portable optical clocks and also to measure time variation of fundamental constants. I received my bachelor's degree from the University of Alberta.

Press Clipping: JILA and NIST Fellow Jun Ye and his Team Featured in "MIT Technology Review" Magazine

Submitted by kennac on Mon, 03/04/2024 - 2:45 pm
A photo of the atomic clock setup complete with the bisecting cavity.

In a significant development, researchers led by JILA and NIST/CU Boulder's Professor Jun Ye, alongside their peers, are harnessing the power of quantum squeezing to revolutionize our understanding of the universe. As detailed in a recent MIT Technology Review article, this innovative approach is set to enhance the detection of gravitational waves and improve the precision of atomic clocks, promising new insights into cosmic phenomena and the fundamental laws of physics.

Press Clipping: JILA and NIST Fellows Jun Ye's and Jan Hall's Work highlighted in "AZO Optics"

Submitted by kennac on Tue, 01/16/2024 - 12:16 pm
A schematic of a laser going through an AOM, which sends sound waves into a silicon cavity.

In a recent highlight in AZO Optics, a premier online publication dedicated to the optics and photonics community, JILA's groundbreaking advancements in laser technology have been brought into the limelight. The feature, which serves as a testament to JILA's pioneering work in the field of quantum science and precision measurement, showcases the institute's continuous efforts to push the boundaries of what's possible with laser technology.

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