Add to ORKGI discuss the low-energy limit of several processes involving only ordinary particles and gravitinos. Astrophysical and laboratory applications are briefly addressed.I discuss the low-energy limit of several processes involving only ordinary particles and gravitinos. Astrophysical and laboratory applications are briefly addressed
We derive Feynman rules for the interactions of a single gravitino with (s)quarks and gluons/gluinos...
AbstractWe study general conditions for the gravitino to be the lightest supersymmetric particle (LS...
We study sensitivity of low-energy experiments to the scale of supersymmetry breaking $\sqrt{F}$ in ...
We discuss the role of the effective interactions among four matter fermions in supersymmetric model...
In supergravity models with low supersymmetry breaking scale the gravitinos can be superlight, with ...
If the gravitino is light and all the other supersymmetric particles are heavy, we can consider the ...
We consider the production of gravitinos ($\widetilde G$) in association with gluinos ($\tilde g$) o...
We reanalyze the limits on the gravitino mass m 3 / 2 in superlight gravitino scenarios deriv...
In supergravity theories with a very light gravitino, the gluino decays dominantly to a gluon and a ...
We explore the discovery potential of light gravitino mass m 3/2 by combining future cosmology surve...
International audienceIt has been claimed that Dirac gaugino masses are necessary for realistic mode...
We calculate exotic cooling rates of stars due to photo-production of light particles (mostly scalar...
AbstractIt has been claimed that Dirac gaugino masses are necessary for realistic models of low-scal...
In models of spontaneously broken supersymmetry, certain light gravitino processes are governed by t...
We construct a low energy supergravity model consistent with all cosmological and particle physics c...
We derive Feynman rules for the interactions of a single gravitino with (s)quarks and gluons/gluinos...
AbstractWe study general conditions for the gravitino to be the lightest supersymmetric particle (LS...
We study sensitivity of low-energy experiments to the scale of supersymmetry breaking $\sqrt{F}$ in ...
We discuss the role of the effective interactions among four matter fermions in supersymmetric model...
In supergravity models with low supersymmetry breaking scale the gravitinos can be superlight, with ...
If the gravitino is light and all the other supersymmetric particles are heavy, we can consider the ...
We consider the production of gravitinos ($\widetilde G$) in association with gluinos ($\tilde g$) o...
We reanalyze the limits on the gravitino mass m 3 / 2 in superlight gravitino scenarios deriv...
In supergravity theories with a very light gravitino, the gluino decays dominantly to a gluon and a ...
We explore the discovery potential of light gravitino mass m 3/2 by combining future cosmology surve...
International audienceIt has been claimed that Dirac gaugino masses are necessary for realistic mode...
We calculate exotic cooling rates of stars due to photo-production of light particles (mostly scalar...
AbstractIt has been claimed that Dirac gaugino masses are necessary for realistic models of low-scal...
In models of spontaneously broken supersymmetry, certain light gravitino processes are governed by t...
We construct a low energy supergravity model consistent with all cosmological and particle physics c...
We derive Feynman rules for the interactions of a single gravitino with (s)quarks and gluons/gluinos...
AbstractWe study general conditions for the gravitino to be the lightest supersymmetric particle (LS...
We study sensitivity of low-energy experiments to the scale of supersymmetry breaking $\sqrt{F}$ in ...