A previous work about inclusive proton decay in a nucleus is critically analyzed. Explicit new calculations are carried out in the deuteron, which turn out to be consistent with previous evaluations by other authors. By relating the inclusive decay rate to the proton Green s function and self-energy in a nucleus, it is shown that it is proportional to A for large enough nuclei. That is, the lifetime per nucleon is an intensive quantity (depending on the nuclear density). Finally, some relationships between inclusive proton decay and one-proton transfer reactions in nuclei are suggested
We report the results of a new global QCD analysis, which includes deep-inelastic $e/\mu$ scattering...
We discuss proton decay in supersymmetric theories. We find that it is possible to obtain rates whic...
The one-nucleon removal reaction from nuclei is a strong tool to investigate the single-particle str...
In this paper, proton decay in a large nucleus is studied in the framework of SU(5) grand unificatio...
In this paper, a previously published method to deal with proton decay in nuclear rnatter is general...
The kinematics of the decay of a bound proton is governed by the proton spectral function. We evalua...
Existing Grand Unified Theories predict a free proton lifetime which would be experimentally accessi...
The theory for proton radioactivity from deformed drip-line nuclei is discussed. All experimental da...
An experimental observation of proton decay would be a spectacu-lar proof of Grand Unification. Curr...
We calculate the lifetime of the deuteron from dimension-six quark operators that violate baryon num...
In this paper we consider the baryon-number-violating nucleon decays (involving positron emission) i...
The free neutron is unstable. It can decay into a proton with emission of an electron and an electro...
The phenomenon of proton emission from nuclear ground states limits the possibilities of the creatio...
The `intrisic' probability for capture of nucleons is studied for nuclei which exhibit collective vi...
Motivated by recent studies of inclusive neutrino nucleus processes and muon capture within a correl...
We report the results of a new global QCD analysis, which includes deep-inelastic $e/\mu$ scattering...
We discuss proton decay in supersymmetric theories. We find that it is possible to obtain rates whic...
The one-nucleon removal reaction from nuclei is a strong tool to investigate the single-particle str...
In this paper, proton decay in a large nucleus is studied in the framework of SU(5) grand unificatio...
In this paper, a previously published method to deal with proton decay in nuclear rnatter is general...
The kinematics of the decay of a bound proton is governed by the proton spectral function. We evalua...
Existing Grand Unified Theories predict a free proton lifetime which would be experimentally accessi...
The theory for proton radioactivity from deformed drip-line nuclei is discussed. All experimental da...
An experimental observation of proton decay would be a spectacu-lar proof of Grand Unification. Curr...
We calculate the lifetime of the deuteron from dimension-six quark operators that violate baryon num...
In this paper we consider the baryon-number-violating nucleon decays (involving positron emission) i...
The free neutron is unstable. It can decay into a proton with emission of an electron and an electro...
The phenomenon of proton emission from nuclear ground states limits the possibilities of the creatio...
The `intrisic' probability for capture of nucleons is studied for nuclei which exhibit collective vi...
Motivated by recent studies of inclusive neutrino nucleus processes and muon capture within a correl...
We report the results of a new global QCD analysis, which includes deep-inelastic $e/\mu$ scattering...
We discuss proton decay in supersymmetric theories. We find that it is possible to obtain rates whic...
The one-nucleon removal reaction from nuclei is a strong tool to investigate the single-particle str...