Neutrinos play a decisive part in nuclear and elementary particle physics, as well as in
astrophysics and cosmology. Because they interact so weakly with matter, some of their …

We use heavy element nucleosynthesis from supernovae to probe the mixing of ν e with ν τ
(or ν μ) possessing cosmologically significant masses (1 to 100 eV). We conclude that the ν τ …

We present the results of a search for neutrino oscillations at the Brookhaven National
Laboratory. The experiment searched for the appearance of ν e (ν e), 1 km from the source …

Ever since it was first proposed the neutrino has played a crucial role in the advancement of
our understanding of particle physics. The neutrino was first conjectured by W. Pauli in a …

Abstract We describe a Monte Carlo program that generates the distribution of stopped
pions produced by medium-energy protons in a beam stop. This distribution can be used to …

Even if neutrino masses are unknown, we know neutrinos are much lighter than the other
known fermions, and we do not have a good explanation for it. The explanation given in the …

We consider the hypothesis that neutrino oscillation data can be explained if the
gravitational couplings of (massless or degenerate mass) neutrinos are flavor nondiagonal …

A 20-ton neutrino detector located near the Los Alamos Meson Physics Facility beam stop is
used search for ν e generated via neutrino oscillations from any of the three neutrino types, ν …

Using an instrumented proton beam stop, consisting of copper, lead, and water, the
distribution and number of stopped π+ per incident proton was measured for proton …

Neutrino oscillations occur if neutrinos have masses and if they mix among each other. This
phenomenon would be in close analogy to the experimentally observed mixing in the quark …