The JILA Physics Frontier Center (JILA PFC) brings together 20 investigators in collaboration to share goals, ideas, expertise and technology in their aim to realize precise measurement, innovative manipulation, and harvesting ever-more intriguing meaning, all in the world of complex  quantum systems.

A theme that runs through all of JILA PFC research is the importance of interactions in understanding and exploiting the nature of quantum many-particle systems. The JILA PFC seeks to foment a new quantum revolution, in which matter with built-in quantum correlation will be understood, controlled, and harnessed. In this process, we will gain new insights into the emergence of universal rules that govern complex materials. At the same time, the JILA PFC envisions inventing novel quantum-measurement approaches for exploring unknown corners of our physical world.

The JILA PFC is housed within the JILA institute, which is a joint institute of the National Institute of Standards and Technology (NIST) and the University of Colorado at Boulder.

A Collaborative Mastery of X-rays
The hardest problems are never solved by one person. They are solved by teams; or in the case of science, collaborations. It took a collaboration of 17 researchers, including four JILA fellows and another six JILA affiliates, just a little...
A Little Less Spontaneous
A large fraction of JILA research relies on laser cooling of atoms, ions and molecules for applications as diverse as world-leading atomic clocks, human-controlled chemistry, quantum information, new forms of ultracold matter and the...
Shake it Till You Make it
“Well, this isn’t going to work.” That was recent JILA graduate Carrie Weidner’s first thought when her advisor, JILA Fellow Dana Anderson, proposed the difficult experiment: to build an interferometer unlike any before – an interferometer...
How Magnetism Melts Away
Magnets hold cards to your fridge, and store data in your computer. They can power speakers, and produce detailed medical images. And yet, despite millennia of use, and centuries of study, magnetism is still far from fully understood....
The Energetic Adolescence of Carbon Dioxide
The reaction, at first glance, seems simple. Combustion engines, such as those in your car, form carbon monoxide (CO). Sunlight converts atmospheric water into a highly reactive hydroxyl radical (OH). And when CO and OH meet, one byproduct...
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Please mark your calendars for a new workshop, "Jin Fest: A Celebration of Deborah Jin's Scientific Career", September 7 - 8, 2018 at the Millenium Harvest House Hotel and on the University of Colorado Boulder campus, Boulder, Colorado.

MAJOR ACTIVITIES

Center News

Quantum Matter from Basic Constituents
Quantum Correlated States and Measurement for Fundamental Physics
Out-of-Equilibrium Dynamics of Quantum Systems
eXpanding the Impact of our Science and Technology
Ye wins 2018 Rabi Award for research on optical lattice atomic clocks
Ye Elected to Chinese Academy of Sciences
Ye wins NIST Jacob Rabinow Applied Research Award
Ye and Jin, highly cited researchers for fourth consecutive year

More Center News -->

JILA’s NSF Physics Frontier Center follows University of Colorado polices for ensuring harassment-free environments.  For more detailed information please read the whole Discrimination and Harassment Policy and Procedures.