The Advanced Photon Source
a U.S. Department of Energy Office of Science User Facility

Science Highlights

Growing the Skinniest Magnets (To be published in "APS Science 2020, Volume 1")
Deciphering Coronavirus Protein Behavior (To be published in "APS Science 2020, Volume 1")
Sparing SALL4 (To be published in "APS Science 2020, Volume 1")
Slow Flow and Sudden Avalanches Relax Stress in Glasses (To be published in "APS Science 2020, Volume 1")
Putting a Shine on Metal 3-D Printing (To be published in "APS Science 2020, Volume 1")
A Scientific First: How Psychedelics Bind to Key Brain Cell Receptor (University of North Carolina at Chapel Hill School of Medicine press release)
Tiny Circuits, Long Distances: Toward Smaller Light-Processing Devices for Fiber-optic Communication (Michigan Tech News release)
Preventing a Bacterium from Getting a Taste of Its Own Medicine (To be published in "APS Science 2020, Volume 1")
Crystals Could Reveal a New Spin on Quantum Physics (To be published in "APS Science 2020, Volume 1")
Materials Properties for Longer-Lasting, More Efficient Solar Cells (Florida State University press release)
Dexamethasone and COVID-19: All Patients Are Not Alike (To be published in "APS Science 2020, Volume 1")
A Short, Sharp Shock to Gold Structure (To be published in "APS Science 2020, Volume 1")
Mapping the Structure of a Potent Antibody against the Coronavirus (Fred Hutchinson Cancer Research Center)
Viral “Molecular Scissor” is Next COVID-19 Drug Target (University of Texas Health Science Center at San Antonio news release)
Printing Ultrathin 2-D Polymer Electronics (To be published in "APS Science 2020, Volume 1")
A Novel, Potent Pharmaceutical for the Treatment of Prostate Cancer (To be published in "APS Science 2020, Volume 1")
For Lithium-Ion Cathodes, Partial Order Up (To be published in "APS Science 2020, Volume 1")
Two Molecular Handshakes for Hearing (Ohio State News story)
Obstacles to Sodium-Ion Battery Performance: When Too Much Order is a Bad Thing (To be published in "APS Science 2020, Volume 1")
A Greater Understanding of Color Origins in Low-Power Electronic Displays (Lawrence Livermore National Laboratory press release)
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