TODAY at 4 p.m. ET: live Q&A with Brookhaven chemist Amy Marschilok and @stonybrooku PhD student Diana Lutz.
Students and teachers are invited to join us and learn about energy storage and potential career paths. #BrookhavenSciEd#STEMrising
👉 https://t.co/AERmmnX6kI
Our scientists have published the first atomic-level model of the SARS-CoV-2 “envelope” protein hijacking a human cell-junction protein.
The model helps explain how #COVID19 could cause extensive lung damage and infect other organs. https://t.co/Y6OxJIRrPo
The ATLAS Collaboration @CERN has just announced the best limit on the #Higgsboson decay to charm quarks to date!
But why is this decay so interesting? And why is it so hard to find? Members of the analysis team explain. #LHCP2021
Learn more: https://t.co/cVaj0RFyd6
An international collaboration led by Brookhaven Lab is studying how magnetism behaves over ultrafast timescales.
Their findings could advance data storage and superconductivity. https://t.co/BG5NlAXg4X
Researchers studying the world’s thinnest superconductor have discovered new evidence of unusual electronic behaviors, guiding the development of better superconductors. https://t.co/DZVrxONpA3
Physicists at @CERN's ATLAS Experiment find further evidence of the four-top-quark process!
This is the heaviest particle final state ever seen at the LHC 😯 and provides physicists with a unique opportunity to study the top quark’s relationship to the #Higgsboson.
Inspired by video games, scientists at #NSLSII have taught an AI agent to conduct round-the-clock, fully remote experiments with twice the efficiency that humans can achieve. https://t.co/6WoD7536M9
It’s been a long time coming! The Muon g-2 collaboration will present the results from the experiment’s first run at Fermilab in a special seminar on April 7 at 10am Central. https://t.co/92KZ5oeb1t
Chemists at Brookhaven used #NSLSII to "see" the atomic-scale details of a promising battery material for electric vehicles, settling a long-term debate about its chemical makeup. https://t.co/4bWZ3QpiJw
This @DUNEScience detector is performing with greater than 99% efficiency, making it the largest and best-performing liquid-argon time projection chamber to date. https://t.co/xdWXeJClTz
The future is bright! At #LCLS, a team led by @UMich researchers observed how bacteria use a form of vitamin B12 to sense light without cellular damage, offering insight into natural processes that prevent molecular damage caused by sunlight. https://t.co/lrzGc30WTn