High school and middle school teams from across the nation are ready to compete in one of the largest and most prestigious academic science competitions in America.
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Research Team Supports Isostatic Pressing for Solid-State Battery Manufacturing
New Physical Science Summer School Offers Opportunity for Underrepresented College Students
Jefferson Lab Establishes Biomedical Research & Innovation Center
Using X-Rays and Additive Manufacturing to Print Tough Materials
The isostatic pressing process uses fluids & gases inside a machine to apply pressure across a battery component, creating a highly uniform material.
This year, Argonne will offer a new opportunity for underrepresented college students: a four-week Pathways in Physical Science Summer School.
The BRIC offers a way to amplify the biomedical, human health & environment applications that Jefferson Lab has been working on in nuclear physics.
Scientists used the Advanced Photon Source to help direct the generation of 17-4 PH stainless steel, a durable metal with many industrial uses.
University and Stakeholder News
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UC Physicist Explores Mysteries of Strange Metals
New Technology to Improve Cancer Treatment at HU Proton Therapy Institute
MSU-Led International Research Network Welcomes New Ibero-American Partner to Advance Nuclear Astrophysics
Ringing an Electronic Wave: Elusive Massive Phason Observed in a Charge Density Wave
Yashar Komijani contributed to an international experiment using a strange metal made from an alloy of ytterbium, a rare earth metal.
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Hampton University has announced a partnership with Leo Cancer Care and Jefferson Laboratory to help improve cancer treatment.
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The International Research Network for Nuclear Astrophysics (IReNA) brings together nuclear physicists, astronomers, and computational scientists.
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Researchers detected the existence of a charge density wave of electrons that acquires mass as it interacts with background ions over long distances.
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As another atmospheric river impacts California on January 4th and 5th -- with more rain forecast after that -- Michael Wehner, a senior scientist in the Computational Research Division at Lawrence Berkeley National Laboratory, discusses how climate change is increasing the rainfall from these drenching storms and how people can better prepare. Wehner uses observational data and advanced computer modeling to understand the behavior of extreme weather events in a changing climate, especially heat waves, intense precipitation, drought, and tropical cyclones.
Video courtesy of Lawrence Berkeley National Laboratory