Abstract. The gravitino in models with a small violation of R-parity is a well-motivated decaying dark matter candidate that leads to a cosmological scenario that is consistent with big bang nucleosynthesis and thermal leptogenesis. The gravitino lifetime is cosmologically long-lived since its decays are suppressed by the Planck-scale as well as the small R-parity violating parameter. We discuss the signals in different cosmic-ray species coming from the decay of gravitino dark matter, namely gamma rays, positrons, antiprotons, antideuterons and neutrinos. Comparison to cosmic-ray data can be used to constrain the parameters of the model. 1
We consider the phenomenological implications of gravitino dark matter in the context of the $\mu\nu...
We consider the three-body decays of gravitino dark matter in supersymmetric scenarios with bilinear...
Indirect dark matter searches are briefly reviewed. Current experimental data from satellites and Ch...
The gravitino in models with a small violation of R-parity is a well-motivated decaying dark matter ...
We confront the signals expected from unstable gravitino dark matter with observations of indirect d...
The gravitino is a promising supersymmetric dark matter candidate, even without strict R-parity cons...
We study the possibility of improving the constraints on the lifetime of gravitino dark matter in sc...
We study the charged cosmic rays arising from the slow decay of gravitino dark matter within supersy...
AbstractWe report on constraints on the lifetime of decaying gravitino dark matter in models with bi...
Dark matter decay or annihilation may produce monochromatic signals in the gamma-ray energy range. I...
We report on constraints on the lifetime of decaying gravitino dark matter in models with bilinear R...
International audienceWe derive 95% CL lower limits on the lifetime of decaying dark matter in the c...
Bilinear R-parity violation provides an attractive origin for neutrino masses and mixings. In such s...
An unstable gravitino with lifetime longer than 10(26) sec or so has been proposed as a possible dar...
In models with gauge mediated supersymmetry breaking the gravitino is the lightest supersymmetric pa...
We consider the phenomenological implications of gravitino dark matter in the context of the $\mu\nu...
We consider the three-body decays of gravitino dark matter in supersymmetric scenarios with bilinear...
Indirect dark matter searches are briefly reviewed. Current experimental data from satellites and Ch...
The gravitino in models with a small violation of R-parity is a well-motivated decaying dark matter ...
We confront the signals expected from unstable gravitino dark matter with observations of indirect d...
The gravitino is a promising supersymmetric dark matter candidate, even without strict R-parity cons...
We study the possibility of improving the constraints on the lifetime of gravitino dark matter in sc...
We study the charged cosmic rays arising from the slow decay of gravitino dark matter within supersy...
AbstractWe report on constraints on the lifetime of decaying gravitino dark matter in models with bi...
Dark matter decay or annihilation may produce monochromatic signals in the gamma-ray energy range. I...
We report on constraints on the lifetime of decaying gravitino dark matter in models with bilinear R...
International audienceWe derive 95% CL lower limits on the lifetime of decaying dark matter in the c...
Bilinear R-parity violation provides an attractive origin for neutrino masses and mixings. In such s...
An unstable gravitino with lifetime longer than 10(26) sec or so has been proposed as a possible dar...
In models with gauge mediated supersymmetry breaking the gravitino is the lightest supersymmetric pa...
We consider the phenomenological implications of gravitino dark matter in the context of the $\mu\nu...
We consider the three-body decays of gravitino dark matter in supersymmetric scenarios with bilinear...
Indirect dark matter searches are briefly reviewed. Current experimental data from satellites and Ch...