University of Utah / University of Chicago / Enrico Fermi Institute / Astronomy University of California / University of Michigan / Accelerator Building / Pierre Auger Observatory / /
IndustryTerm
electronics boards / median energy / energy cosmic rays / high-energy astrophysics / high-energy cosmic rays / ultra high energy gamma rays / high-energy gamma rays / energy range / igh-energy cosmic rays / local electronics / digital electronics / median gamma-ray energy / low-energy gamma rays / electronics board / ultra high energy particles / ultra high energy cosmic rays / lower energy / energy spectrum / high-energy cosmic ray acceleration / cosmic ray energy spectrum / imaging / power-law energy spectra / High-energy particles / energy / typical muon energy threshold / analog electronics / high-energy galactic sources / electronics / high energy / ultra high energy photons / binary systems / /
OperatingSystem
Fermi / Cygnus / /
Organization
National Science Foundation / Physics and Astronomy University / University of Utah / CASA-MIA Rene A. Ong Department of Physics / the University of Chicago / Enrico Fermi Institute / Chicago Air Shower Array / University of California / Los Angeles / the University of Michigan / /
Person
Scott Oser / James Cronin / Jim Cronin / James Matthews / Simon Swordy / Kenneth Gibbs / Harold Sanders / Michael Cassidy / Nicholas Mascarenhas / Brian Fick / John van der Velde / Clem Pryke / Timothy McKay / Hans Krimm / Michael Catanese / J. Robert Oppenheimer / David Nitz / Kevin Green / Ande Glasmacher / Rene A. Ong / Mark Chantell / Brian Newport / Leslie Rosenberg / Corbin Covault / Marty Dippel / Alexander Borione / Joseph Fowler / Victor Hess / David Kieda / Daniel Sinclair / Lucy Fortson / /
Ultra High Energy Cosmic Ray Research with CASA-MIA Rene A. Ong Department of Physics and Astronomy