The evolution of the observational results of microlensing towards the LMC and some of the suggested interpretations to account for them are discussed. It is emphasized that the results at present are indicative of a lensing population of white dwarfs, possibly in the spheroid (not dark halo) of the Galaxy, together with the more standard backgrounds of stellar populations in the Magellanic Clouds and in the Galaxy. This is also hinted by dynamical estimates of the spheroid mass and by recent direct searches of old white dwarfs
A simple interpretation of the more than dozen microlensing events seen in the direction of the LMC ...
We provide a status report on our search for dark matter in our Galaxy in the form of massive compac...
Increasing evidences suggest that the Galactic halo is lumpy on kpc scales due to the accretion of a...
We suggest a new component of the Milky Way that can account for both the optical depth and event du...
Zhao has proposed that the microlensing events observed toward the Large Magellanic Cloud (LMC) coul...
Zhao has proposed that the microlensing events observed toward the Large Magellanic Cloud (LMC) coul...
One of the most important problems in astrophysics concerns the nature of the dark matter in galacti...
I review recent results from gravitational microlensing surveys of the Large Magellanic Cloud. The c...
The EROS and MACHO collaborations have reported observations of light curves of stars in the Large M...
Microlensing has established itself as a powerful new method for the detection of baryonic dark matt...
MAssive Compact Halo Objects such as brown dwarfs, Jupiters, and black holes are prime candidates to...
Abstract: We discuss whether the astrophysical objects responsible for the recently reported microle...
Microlensing results towards the LMC strongly depend on the properties of both the luminous and the ...
There is abundant evidence that the mass of the Universe is dominated by dark matter of unknown form...
The discovery of the Sgr dwarf galaxy shows that the Galactic halo contains large clumps which are n...
A simple interpretation of the more than dozen microlensing events seen in the direction of the LMC ...
We provide a status report on our search for dark matter in our Galaxy in the form of massive compac...
Increasing evidences suggest that the Galactic halo is lumpy on kpc scales due to the accretion of a...
We suggest a new component of the Milky Way that can account for both the optical depth and event du...
Zhao has proposed that the microlensing events observed toward the Large Magellanic Cloud (LMC) coul...
Zhao has proposed that the microlensing events observed toward the Large Magellanic Cloud (LMC) coul...
One of the most important problems in astrophysics concerns the nature of the dark matter in galacti...
I review recent results from gravitational microlensing surveys of the Large Magellanic Cloud. The c...
The EROS and MACHO collaborations have reported observations of light curves of stars in the Large M...
Microlensing has established itself as a powerful new method for the detection of baryonic dark matt...
MAssive Compact Halo Objects such as brown dwarfs, Jupiters, and black holes are prime candidates to...
Abstract: We discuss whether the astrophysical objects responsible for the recently reported microle...
Microlensing results towards the LMC strongly depend on the properties of both the luminous and the ...
There is abundant evidence that the mass of the Universe is dominated by dark matter of unknown form...
The discovery of the Sgr dwarf galaxy shows that the Galactic halo contains large clumps which are n...
A simple interpretation of the more than dozen microlensing events seen in the direction of the LMC ...
We provide a status report on our search for dark matter in our Galaxy in the form of massive compac...
Increasing evidences suggest that the Galactic halo is lumpy on kpc scales due to the accretion of a...