Science Highlights

Splitting Water Molecules for a Renewable Energy Future (Virginia Tech press release)
Catalytic Magic (To be published in "APS Science 2020, Volume 1")
Cuttlebone's Microstructure Sits at a “Sweet Spot” (Virginia Tech press release)
For Better Pickering Emulsions, Keep the Sound Down (From "APS Science 2019, Volume 2")
Meteorite Strikes May Create an Unexpected Form of Silica (Carnegie Institution for Science press release)
A Deeper Look into Bio-Inspired Catalysts (To be published in "APS Science 2020, Volume 1")
How SARS-CoV-2 RNA Evades Host Immune Responses (To be published in "APS Science 2020, Volume 1")
Nematoelastic Coupling Reveals the Nematic Correlation Lengths of Three Fe-Based Superconductors (To be published in "APS Science 2020, Volume 1")
A Comparison of Large and Supersized Rhyolitic Eruptions in Taupo, New Zealand (To be published in "APS Science 2020, Volume 1")
Chromium-Zinc Catalysts Expand Potential for Synthetic Gas and Non-Petroleum-Based Manufacturing (To be published in "APS Science 2020, Volume 1")
Uncovering Unique Structural Features in Protein Regions Associated with ALS (To be published in "APS Science 2020, Volume 1")
Mamba Snake Toxin Unlocks Potential for Future Drug Discoveries (To be published in "APS Science 2020, Volume 1")
How Tantalum Clustering Leads to Charge Density Wave Lattice Distortions in 2H-TaSe2 (To be published in "APS Science 2020, Volume 1")
Reversible Isomerization Reaction Drives a COF-Based Humidity Sensor (To be published in "APS Science 2020, Volume 1")
Using X-rays and Rare-Earth Elements to Generate Ultra-High Resolution Images (To be published in "APS Science 2020, Volume 1")
Structural Analyses Reveal Key Insights into Clinically Relevant Nanomachines (To be published in "APS Science 2020, Volume 1")
Catching a Wave to Study Granular Material Properties (Lawrence Livermore National Laboratory news release)
Solving the Structure of a Clinically Interesting Protein Associated with Schizophrenia (To be published in "APS Science 2020, Volume 1")
An X-ray Waveguide Probe into Ultra-thin Nanostructure Films (To be published in "APS Science 2020, Volume 1")
Driving Bacteria to Produce Potential Antibiotic, Antiparasitic Compounds (University of Illinois at Urbana-Champaign press release)
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