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Exascale Computing Applied to Create First Model of Entire Nuclear Reactor

June 9, 2021 Understanding the physical behavior inside an operating nuclear reactor can be done only with simulations on a supercomputer due to the

United statesDillon shaverPaul fischerJun fangUchicago argonneNational nuclear security administrationPennsylvania state universityScientific computing researchUs department of energyArgonne laboratory computing resource centerNuclear engineeringOffice of science user facilitiesOffice of scienceArgonne national laboratoryComputing projectPennsylvania state

New study will help design better antibodies for potential treatments

Scientists are harnessing hard X-rays in the fight against cancer. A team of researchers, in conjunction with the U.S. Department of Energy's (DOE) Argonne National Laboratory, has used ultrabright X-ray light to determine how specific types of antibodies can tell the difference between different forms of a cancer-linked molecule.

Ian wilsonRajasree kalagiriTony hunterMichael beckerEmily hendersonScripps research instituteArgonnex ray science divisionLawrence berkeley national laboratoryUs department of energyHunter labOffice of science user facility at argonneProceedings of the national academy sciencesSalk institute for biologicalOffice of science user facilitiesArgonne national laboratoryNational accelerator laboratory

Mapping the electronic states in an exotic superconductor

E-Mail IMAGE: (Left) Through neutron scattering experiments, scientists observed distinct patterns of magnetic correlations in superconducting ( single-stripe magnetism ) and nonsuperconducting ( double-stripe magnetism ) samples of a compound containing iron (Fe), tellurium (Te), and. view more Credit: Brookhaven National Laboratory UPTON, NY Scientists characterized how the electronic states in a compound containing iron, tellurium, and selenium depend on local chemical concentrations. They discovered that superconductivity (conducting electricity without resistance), along with distinct magnetic correlations, appears when the local concentration of iron is sufficiently low; a coexisting electronic state existing only at the surface (topological surface state) arises when the concentration of tellurium is sufficiently high. Reported in

United statesYangmu liFernando caminoGwen wrightGendu guNader zakiPeter johnsonIgor zaliznyakDivision electron spectroscopy groupDivision neutron scattering groupUs department of energyBrookhaven centerOffice of science user facilitiesOffice of scienceOak ridge national laboratoryBrookhaven national laboratory

New 2D superconductor forms at higher temperatures than ever before

New 2D superconductor forms at higher temperatures than ever before
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United statesJohn pearsonChangjiang liuWei hanWen hsiaoXianjing zhouJ samuel jiangDafei jinJianguo wenHua zhouJirong sunBrandon fisherDillond fongDillon fongLawrence berkeleyAnand bhattacharya

New Research Uncovers Dynamics of Ultrasmall, Ultrafast Groups of Atoms

New Research Uncovers Dynamics of Ultrasmall, Ultrafast Groups of Atoms
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Czech republicVenkatraman gopalanPaul evansJirka hlinkaAaron lindenbergVladimir stoicaQing chenQian liJohn freelandHaidan wenDepartment of dielectricsArgonnex ray science divisionPennsylvania state universityUs department of energyUniversity of wisconsinLawrence berkeley national laboratory lab