The nature of the dark matter in the halo of our Galaxy is still largely unknown. The microlensing events found so far towards the Large Magellanic Cloud suggest that at most about 20% of the halo dark matter is in the form of MACHOs (Massive Astrophysical Compact Halo Objects). The dark matter could also, at least partially, consist of cold molecular clouds (mainly $H_2$). Another possibility is that WIMPs (Weakly Interacting Massive Particles) make up the dark matter and that, due to annihilition processes, they show up through gamma-ray emission
Under the hypothesis of a dark matter composed by supersymmetric particles such as neutralinos, we i...
Dark Matter constitutes more than 80% of the total amount of matter in the Universe, yet almost not...
By means of extensive galactic modeling we study the implications of the more than 100 microlensing ...
Recent observations of microlensing events in the Large Magellanic Cloud suggest that a sizeable fra...
The observations of microlensing events in the Large Magellanic Cloud suggest that a sizable fractio...
Recently, Dixon et al. have re-analyzed the EGRET data, finding a statistically significant diffuse ...
By means of extensive galactic modeling we study the implications of the more than eighty microlensi...
Recent observations of microlensing events in the Large Magellanic Cloud suggest that a sizeable fra...
The observations of microlensing events in the Large Magellanic Cloud suggest that a sizable fractio...
The presence of Dark Matter (DM) particles in the galactic halo can be unambiguously pointed out in ...
We present a model for the interpretation of the gamma-ray background emission from the Galactic hal...
The dark matter in the halos of galaxies may well be baryonic, and much of the mass within them coul...
We obtain predictions for the properties of cold dark matter annihilation radiation using high resol...
MACHOs (Massive Astrophysical Compact Halo Objects) - as discovered by microlensing experiments towa...
A sophisticated analysis of EGRET data has found evidence for gamma-ray emission from the galactic h...
Under the hypothesis of a dark matter composed by supersymmetric particles such as neutralinos, we i...
Dark Matter constitutes more than 80% of the total amount of matter in the Universe, yet almost not...
By means of extensive galactic modeling we study the implications of the more than 100 microlensing ...
Recent observations of microlensing events in the Large Magellanic Cloud suggest that a sizeable fra...
The observations of microlensing events in the Large Magellanic Cloud suggest that a sizable fractio...
Recently, Dixon et al. have re-analyzed the EGRET data, finding a statistically significant diffuse ...
By means of extensive galactic modeling we study the implications of the more than eighty microlensi...
Recent observations of microlensing events in the Large Magellanic Cloud suggest that a sizeable fra...
The observations of microlensing events in the Large Magellanic Cloud suggest that a sizable fractio...
The presence of Dark Matter (DM) particles in the galactic halo can be unambiguously pointed out in ...
We present a model for the interpretation of the gamma-ray background emission from the Galactic hal...
The dark matter in the halos of galaxies may well be baryonic, and much of the mass within them coul...
We obtain predictions for the properties of cold dark matter annihilation radiation using high resol...
MACHOs (Massive Astrophysical Compact Halo Objects) - as discovered by microlensing experiments towa...
A sophisticated analysis of EGRET data has found evidence for gamma-ray emission from the galactic h...
Under the hypothesis of a dark matter composed by supersymmetric particles such as neutralinos, we i...
Dark Matter constitutes more than 80% of the total amount of matter in the Universe, yet almost not...
By means of extensive galactic modeling we study the implications of the more than 100 microlensing ...