AbstractWe point out that the inflaton spontaneously decays into any gauge bosons and gauginos via the super-Weyl, Kähler and sigma-model anomalies in supergravity, once the inflaton acquires a non-vanishing vacuum expectation value. In particular, in the dynamical supersymmetry breaking scenarios, the inflaton necessarily decays into the supersymmetry breaking sector, if the inflaton mass is larger than the dynamical scale. This generically causes the overproduction of the gravitinos, which severely constrains the inflation models
We consider the potential problems due to the production of inflatinos and gravitinos after inflatio...
We study production of gravitino and Polonyi particles in the minimal Starobinsky-Polonyi N=1N=1 sup...
We investigate the cosmological gravitino problem in gauge-mediated supersymmetry breaking models, w...
We point out that the inflaton spontaneously decays into any gauge bosons and gauginos via the super...
AbstractWe point out that the inflaton spontaneously decays into any gauge bosons and gauginos via t...
We show that the gravitino-overproduction problem is prevalent among inflation models in supergravit...
We point out that supergravity effects enable the inflaton to decay into all matter fields, includin...
AbstractIt is known that gravitinos are non-thermally produced in inflaton decay processes, which ex...
We show that the gravitino-overproduction problem is prevalent among inflation models in supergravit...
It has been argued that supergravity models of inflation with vanishing sound speeds, cs, lead to an...
AbstractGravitinos are generically produced by inflaton decays, which place tight constraints on inf...
We study the decay of the inflaton in no-scale supergravity and show that decay due to the gravitati...
The warm inflation paradigm considers the continuous production of radiation during inflation due to...
We discuss toy models where supersymmetry is broken due to non-vanishing time-varying vacuum expecta...
We explicitly calculate nonthermal gravitino production during the preheating period in the inflatio...
We consider the potential problems due to the production of inflatinos and gravitinos after inflatio...
We study production of gravitino and Polonyi particles in the minimal Starobinsky-Polonyi N=1N=1 sup...
We investigate the cosmological gravitino problem in gauge-mediated supersymmetry breaking models, w...
We point out that the inflaton spontaneously decays into any gauge bosons and gauginos via the super...
AbstractWe point out that the inflaton spontaneously decays into any gauge bosons and gauginos via t...
We show that the gravitino-overproduction problem is prevalent among inflation models in supergravit...
We point out that supergravity effects enable the inflaton to decay into all matter fields, includin...
AbstractIt is known that gravitinos are non-thermally produced in inflaton decay processes, which ex...
We show that the gravitino-overproduction problem is prevalent among inflation models in supergravit...
It has been argued that supergravity models of inflation with vanishing sound speeds, cs, lead to an...
AbstractGravitinos are generically produced by inflaton decays, which place tight constraints on inf...
We study the decay of the inflaton in no-scale supergravity and show that decay due to the gravitati...
The warm inflation paradigm considers the continuous production of radiation during inflation due to...
We discuss toy models where supersymmetry is broken due to non-vanishing time-varying vacuum expecta...
We explicitly calculate nonthermal gravitino production during the preheating period in the inflatio...
We consider the potential problems due to the production of inflatinos and gravitinos after inflatio...
We study production of gravitino and Polonyi particles in the minimal Starobinsky-Polonyi N=1N=1 sup...
We investigate the cosmological gravitino problem in gauge-mediated supersymmetry breaking models, w...