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Jean Paul Allain is integrating nanotechnology and materials science to help identify new designs for materials for use in fusion devices.

Jonathan Schilling is studying the enzymatic mechanisms used by Postia placenta, a brown rot fungus to degrade woody biomass.

Through more than a decade of research, Christoph Benning’s team gained major insights into lipids essential for plants’ photosynthetic systems.

University of Texas professor Delia Milliron studies nanocomposite thin films with electrochromic properties, controlling light passage.

Dark matter research requires large, sensitive detectors; Rupak Mahapatra helps to develop Texas A&M’s ton-scale, cryogenic semiconductor detectors.

University of California, Irvine’s Eric Potma has developed a method and device for observing electrons on the femtosecond time scale.

Michael E. Papka, director of the Argonne Leadership Computing Facility.

VanReken’s Early Career Award allowed him to study how plants under stress release chemicals that can have an impact on how the atmosphere behaves.

Researchers are working to understand the formation of elements heavier than iron.

DOE is collaborating with the scientific community to tackle this public health emergency.

Tsuyoshi Tajima at Los Alamos National Lab is investigating the promising potential of MgB2 to coat particle accelerator components.

Atmospheric rivers have a huge impact on the West Coast’s climate, so scientists are collaborating to understand their patterns.

John Kitchin’s Early Career Award made possible research that identified a cheap and efficient material for splitting water into oxygen and hydrogen.

Stanislav Boldyrev studies magnetized-plasma turbulence, analyzing lengths from a few centimeters in the lab to thousands of light years in astronomy.

Director Stephen Streiffer leads the Advanced Photon Source user facility in daily operations and preparations for future upgrades.

Computational approaches enables Arthi Jayaraman to make valuable predictions that guide experiments and accelerate innovation in material sciences.

Scientists are developing machine learning techniques now to tackle the staggering amount of data that the LSST Camera will produce in the future.

Creating hardware for quantum computers isn’t easy; researchers are tackling it with DOE support.

Marino studied the properties of neutrino interactions in water and improved scientists’ understanding of neutrino fluxes generated in beamlines.

Ruben Juanes’ Early Career Award helped develop a program to investigate fundamental mechanisms of fluid-fluid displacement in porous media.

In addition to ATLAS director duties, Guy Savard conducts his own studies, trying to reverse engineer the conditions in astrophysical events.