Kellogg Laboratory / Naval Research Laboratory / Homestake Mining Company / W. K. Kellogg Radiation Laboratory / Brookhaven National Laboratory / Chalk River Nuclear Laboratories / /
Country
Germany / Canada / /
Facility
MINE LOCATION / Naval Research Laboratory / University of California at Berkeley / University of Sydney / W. K. Kellogg Radiation Laboratory / Cornell University / Homestake Mine / Kellogg Laboratory / Brookhaven National Laboratory / California Institute of Technology / /
IndustryTerm
helium gas / proton-proton chain / low-energy electron / experimental / maximum energy / energy generation / High-energy muons / energy / excess energy / high-energy protons / lower-energy neutrinos / e - + / radiant energy / internal energy / particular energy / fission products / rare gas argon / minimum neutrino energy / /
OperatingSystem
Fermi / /
Organization
California Institute of Technology / University of California / University of Sydney / Cornell University / /
Person
Maurice Goldhaber / R. L. Johnson / Enrico Fermi / Arthur Eddington / Charles C. Lauritsen / Luis W. Alvarez / Bruno M. Pontecorvo / William A. Fowler / Ray Davis / Raymond Davis / Jr. / John N. Bahcall / Arthur M. Poskanzer / Harry D. Holmgren / Hans A. Bethe / Clyde L. Cowan / Jr. / C. F. von Weizäcker / Robert M. May / Frederick Reines / Don S. Harmer / Wolfgang Pauli / Kenneth C. Hoffman / Richard W. Dodson / /
Position
author / chairman / director / chairman of chemistry department / /
Scientific American, Volume 221, Number 1, July 1969, pp[removed]Neutrinos from the Sun A giant trap has been set deep underground to catch a few of the neutrinos that theory predicts should be pouring out of the sun. Th