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JILA and NIST Fellow Jun Ye Awarded 2023 Highly Cited Researcher Designation

JILA and NIST Fellow Jun Ye has been awarded a 2023 Highly Cited Researcher Designation

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A Drum Sounding Both Hot and Cold

A SiN resonator under localized heating. Different modes have different effective temperatures depending on the spatial overlap between the local temperature and the dissipation density of the mode.

JILA Graduate Students Qizhong Liang and Drew Morrill Win Colorado Photonics Industry Association Poster Contest

JILA graduate students Qizhong Liang and Drew Morrill receiving awards for their poster presentations at CPIA

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U.S. Senator Michael Bennet Visits JILA Amidst Announcement of New Colorado Quantum Funding

Senator Michael Bennett (right) listens to JILA instrument maker Hans Green (middle) discuss JILA's milling machine, as JILA Fellow Chair Konrad Lehnert (left) watches.

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Colorado Leadership Mentions JILA in a New Bipartisan Letter to the Department of Commerce Urging more Support for Quantum Science Innovation

Elevate Quantum Consortium is a Colorado hub focused on advancing quantum information science

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New Spin-Squeezing Techniques Let Atoms Work Together for Better Quantum Measurements

Higher accuracy atomic clocks, such as the “tweezer clock” depicted here, could result from linking or “entangling” atoms in a new way through a method known as “spin squeezing,” in which one property of an atom is measured more precisely than is usually allowed in quantum mechanics by decreasing the precision in which a complementary property is measured.

JILA and NIST Fellows Jun Ye's and Eric Cornell's eEDM Research Highlighted in "Physics World"

The researchers used an ion trap to measure the electron electric dipole moment in hafnium fluoride ions

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A New “Spin” on Ergodicity Breaking

The researchers studied the C60 molecule, also known as a bucky ball, to look at breaking its ergodicity

JILA and NIST Fellow Jun Ye's Research is Highlighted in a New University of Colorado Boulder Start Up Program

Photo of Jun Ye

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Sizing Up an Electron’s Shape

The most precise measurement yet of eEDM using electrons confined within HfF+ molecular ions.

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