Super-Kamiokande / SNO / the Sun / The e-Bubble Group / /
Country
United States / /
Event
Business Partnership / /
Facility
Saint Louis University / Virginia Polytechnic Institute / State University / Dr. Raphael Galea Columbia University / /
IndustryTerm
lower energy electrons / e -e / energy-loss / minimum energy / high-energy collisions / transportation / higher energy neutrinos / low-energy electrons / solar energy mechanism / kinetic energy / energy mechanisms / lowest energy state / maximum energy transfer / high-energy solar neutrino fluxes / energy-spectrum / electron energy decreases / incident particle energy / minimum required ionization energy / low-energy neutrino vacuum oscillation behavior / low-energy scales / radiative energy loss / low-energy scattering length / incident electron energy / low-energy neutrino detector / radiative energy-loss / low-energy neutrino oscillation parameters / high-energy / low-energy neutrino flux measurements / lower energy / low-energy / neutrino energy / continuous energy loss / low-energy neutrino measurements / low-energy pp neutrinos / precise energy resolution / high-energy neutrinos / low-energy solar neutrino flux / energy distribution / ionization energy loss / energy neutrino experiments / electron energy / low-energy neutrinos / low-energy neutrino detection mediums / energy / at building a low-energy neutrino detector / /
Organization
Columbia University / State University / Saint Louis University / Polytechnic Institute / /
A Report on the Research and Development of the e-Bubble Collaboration Colin Beal† and R.M. Wilson‡ † Virginia Polytechnic Institute and State University, Blacksburg, Virginia 24060, USA