AbstractWe discuss a scenario that gravitinos produced non-thermally by an inflaton decay constitute dark matter in the present universe. We find that this scenario is realized for wide ranges of the inflaton mass and the vacuum expectation value. What is intriguing about this scenario is that the gravitino dark matter can have a relatively large free streaming length at matter-radiation equality, which can be probed by future observation on QSO-galaxy strong lens system
Dark matter may only interact with the visible sector efficiently at energy scales above the inflato...
6 pages, 3 figuresStable particle dark matter may well originate during the decay of long-lived reli...
We address the question of dark matter in the context of gauge mediated supersymmetry breaking model...
AbstractWe discuss a scenario that gravitinos produced non-thermally by an inflaton decay constitute...
We will discuss issues on gravitino dark matter models, especially after the resent experimental res...
We explore an alternative mechanism for the production of gravitino dark matter whereby relic gravit...
The gravitino is a promising candidate for cold dark matter. We study cosmological constraints on sc...
AbstractWe show that, if decaying gravitino dark matter is responsible for the PAMELA and ATIC/PPB-B...
Considering gravitino dark matter scenarios, we study constraints on the reheating temperature of in...
In theories with a gauge-mediated mechanism of supersymmetry breaking the gravitino is likely to be ...
AbstractConsidering gravitino dark matter scenarios, we study constraints on the reheating temperatu...
AbstractIn mSUGRA model we assume that gravitino, the LSP, plays the role of cold dark matter in the...
International audienceWe review our recent results on dark matter from Starobinsky supergravity. In ...
We show that the decay of the inflaton field may be incomplete, while nevertheless successfully rehe...
We describe the evolution of Dark Matter (DM) abundance from the very onset of its creation from inf...
Dark matter may only interact with the visible sector efficiently at energy scales above the inflato...
6 pages, 3 figuresStable particle dark matter may well originate during the decay of long-lived reli...
We address the question of dark matter in the context of gauge mediated supersymmetry breaking model...
AbstractWe discuss a scenario that gravitinos produced non-thermally by an inflaton decay constitute...
We will discuss issues on gravitino dark matter models, especially after the resent experimental res...
We explore an alternative mechanism for the production of gravitino dark matter whereby relic gravit...
The gravitino is a promising candidate for cold dark matter. We study cosmological constraints on sc...
AbstractWe show that, if decaying gravitino dark matter is responsible for the PAMELA and ATIC/PPB-B...
Considering gravitino dark matter scenarios, we study constraints on the reheating temperature of in...
In theories with a gauge-mediated mechanism of supersymmetry breaking the gravitino is likely to be ...
AbstractConsidering gravitino dark matter scenarios, we study constraints on the reheating temperatu...
AbstractIn mSUGRA model we assume that gravitino, the LSP, plays the role of cold dark matter in the...
International audienceWe review our recent results on dark matter from Starobinsky supergravity. In ...
We show that the decay of the inflaton field may be incomplete, while nevertheless successfully rehe...
We describe the evolution of Dark Matter (DM) abundance from the very onset of its creation from inf...
Dark matter may only interact with the visible sector efficiently at energy scales above the inflato...
6 pages, 3 figuresStable particle dark matter may well originate during the decay of long-lived reli...
We address the question of dark matter in the context of gauge mediated supersymmetry breaking model...