Microlensing observations towards M31 are a powerful tool for the study of the dark matter population in the form of MACHOs both in the Galaxy and the M31 halos, a still unresolved issue, as well as for the analysis of the characteristics of the M31 luminous populations. In this work we present the second year results of our pixel lensing campaign carried out towards M31 using the 152 cm Cassini telescope in Loiano. We have established an automatic pipeline for the detection and the characterisation of microlensing variations. We have carried out a complete simulation of the experiment and evaluated the expected signal, including an analysis of the efficiency of our pipeline. As a result, we select 1-2 candidate microlensing events (accordi...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
We discuss the results of the MEGA microlensing campaign towards M31. Our analysis is based on an an...
January 2000 completes the first season of intensive, wide-field observations of microlensing and st...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
We discuss pixel lensing observations towards M31 carried out at the Loiano telescope. We have estab...
We analyse a series of pilot observations in order to study microlensing of (unresolved) stars in M3...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
none17siWe present the final analysis of the observational campaign carried out by the PLAN (Pixel L...
A.G. was supported by NSF grant AST-1103471. M.D. is thankful to Qatar National Research Fund (QNRF)...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
We discuss the results of the MEGA microlensing campaign towards M31. Our analysis is based on an an...
January 2000 completes the first season of intensive, wide-field observations of microlensing and st...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
Microlensing observations toward M31 are a powerful tool for the study of the dark matter population...
We discuss pixel lensing observations towards M31 carried out at the Loiano telescope. We have estab...
We analyse a series of pilot observations in order to study microlensing of (unresolved) stars in M3...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
none17siWe present the final analysis of the observational campaign carried out by the PLAN (Pixel L...
A.G. was supported by NSF grant AST-1103471. M.D. is thankful to Qatar National Research Fund (QNRF)...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
We present the final analysis of the observational campaign carried out by the PLAN (Pixel Lensing A...
We discuss the results of the MEGA microlensing campaign towards M31. Our analysis is based on an an...
January 2000 completes the first season of intensive, wide-field observations of microlensing and st...