From Our Blogs

The grant will be used to explore how Arctic clouds form over time and to unlock secrets about the release of heat and radiation from the atmosphere.

Adrian Del Maestro and colleagues have found a way to squeeze helium down to single-atom thickness to observe quantum mechanical behavior.

The design, manufacturing, and installation team of international scientists includes University at Albany’s Cecilia Levy and Matthew Szydagis.

Nikos Chrisochoides and his Center for Real-Time Computing group applied machine learning to nuclear physics data analysis at Jefferson Lab.

Scott Hertel is a professor of physics at UMass Amherst, whose team designed some of the techniques and equipment to calibrate the LZ detector.

Dr. Shanhu Lee says the extremely tiny particles she’ll study can contribute to cloud formation and also affect human health.

Yu Shi, a chemist at the University of Cincinnati, has come up with a novel way to study the thermodynamic properties of molten salts.

Yuanyuan Zhu's research into tungsten oxidation could lead to breakthroughs in nuclear fusion technology.

W&M physics postdoctoral researcher Arkaitz Rodas characterizes lesser-known particles to help physicists understand what holds matter together.

Mani Tripathi, a professor in the UC Davis Department of Physics and Astronomy, is a member of the LZ project team.