Results from the IMB collabration to detect possible proton decay in a salt mine near Cleveland, Ohio are presented. Detection apparatus is described.(AIP)Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/87900/2/1_1.pd
In several radiative proton capture reactions important in novae and XRBs, the resonant parts play t...
The status of the Frejus experiment and the preliminary results obtained in the search for nucleon d...
We report on the search for anti-proton decay at the Fermilab Antiproton Accumulator Ring. Experimen...
Following a very brief description of the theoretical developments which motivated the search for pr...
A large water Chernekov detector, located 2000 feet below ground, has recently been turned on. The p...
An automatic system for testing up to 32 photomultiplier tubes (PMs) simultaneously under single pho...
The IMB experiment, a large water Cherenkov detector which began data collection in September 1982, ...
Three new dedicated experiments searching for proton decay came on the air during the last year or s...
Evidence for Nucleon Decay has yet to be observed. Current results from the observation of a 45 kton...
A burst of eight neutrino interactions occurring over a six second interval had been observed with t...
In this report, we will show a detector which can be used to search for proton decay in the lifetime...
The MARS group at TAMU has developed a new experimental technique to measure very low energy protons...
Muons are one of the twelve fundamental particle types of matter, having relatively long free-partic...
A search is made for nucleon decay via 23 channels having fully reconstructable two- and three-prong...
We report on a new generation of muon lifetime experiments at PSI to measure the nuclear muon captur...
In several radiative proton capture reactions important in novae and XRBs, the resonant parts play t...
The status of the Frejus experiment and the preliminary results obtained in the search for nucleon d...
We report on the search for anti-proton decay at the Fermilab Antiproton Accumulator Ring. Experimen...
Following a very brief description of the theoretical developments which motivated the search for pr...
A large water Chernekov detector, located 2000 feet below ground, has recently been turned on. The p...
An automatic system for testing up to 32 photomultiplier tubes (PMs) simultaneously under single pho...
The IMB experiment, a large water Cherenkov detector which began data collection in September 1982, ...
Three new dedicated experiments searching for proton decay came on the air during the last year or s...
Evidence for Nucleon Decay has yet to be observed. Current results from the observation of a 45 kton...
A burst of eight neutrino interactions occurring over a six second interval had been observed with t...
In this report, we will show a detector which can be used to search for proton decay in the lifetime...
The MARS group at TAMU has developed a new experimental technique to measure very low energy protons...
Muons are one of the twelve fundamental particle types of matter, having relatively long free-partic...
A search is made for nucleon decay via 23 channels having fully reconstructable two- and three-prong...
We report on a new generation of muon lifetime experiments at PSI to measure the nuclear muon captur...
In several radiative proton capture reactions important in novae and XRBs, the resonant parts play t...
The status of the Frejus experiment and the preliminary results obtained in the search for nucleon d...
We report on the search for anti-proton decay at the Fermilab Antiproton Accumulator Ring. Experimen...