Journal ArticleAgapeZ1 is the brightest and the shortest duration microlensing candidate event found to date in the Agape experiment. It occurred only 4200 from the centre of M31 at RA = 0h42m41:47s and Dec = 41°16'39.1" (J2000). Our photometry shows that the half intensity duration of the event is 5.3 days and at maximum brightness its magnitude is R = 17:9 (MR ~ −6) with B − R = 0:80 mag colour. A search on HST archives produced a single resolved star within the projected event position error box. Its magnitude is R = 22, and its colour is compatible with that of the event at the 2σ level. If this event is identified with the HST star, the implied amplification is about 4 magnitudes or 40 in brightness. This would lead to an Einstein c...
We detail how microlensing internal to M31 could be used to test whether a large fraction of the mat...
© 2018. The American Astronomical Society. All rights reserved. We present an analysis of the causti...
The lightcurve of PA-99-N2, one of the recently announced microlensing candidates towards M31, shows...
AgapeZ1 is the brightest and the shortest duration microlensing candidate event found in the Agape d...
We report the discovery of a short-duration microlensing candidate in the Northern field of the POIN...
An automated search is carried out for microlensing events using a catalogue of 44 554 variable supe...
For the purposes of identifying microlensing events, the POINT-AGAPE collaboration has been monitori...
An automated search is carried out for microlensing events using a catalogue of 44 554 variable supe...
The POINT-AGAPE collaboration has been monitoring M31 for three seasons with the Wide Field Camera o...
We describe the results of a search for microlensing events affecting stars in the outer bulge and i...
AGAPE is an observational search of massive compact halo objects (MACHOs) in the direction of M31 by...
We describe the results and outline the methods used in a search for microlensing events affecting s...
January 2000 completes the first season of intensive, wide-field observations of microlensing and st...
ManuscriptThe M31 galaxy in Andromeda is the nearest large galaxy after the Small and Large Magellan...
Journal ArticleWe present the AGAPE astrometric and photometric catalogue of 1579 variable stars in ...
We detail how microlensing internal to M31 could be used to test whether a large fraction of the mat...
© 2018. The American Astronomical Society. All rights reserved. We present an analysis of the causti...
The lightcurve of PA-99-N2, one of the recently announced microlensing candidates towards M31, shows...
AgapeZ1 is the brightest and the shortest duration microlensing candidate event found in the Agape d...
We report the discovery of a short-duration microlensing candidate in the Northern field of the POIN...
An automated search is carried out for microlensing events using a catalogue of 44 554 variable supe...
For the purposes of identifying microlensing events, the POINT-AGAPE collaboration has been monitori...
An automated search is carried out for microlensing events using a catalogue of 44 554 variable supe...
The POINT-AGAPE collaboration has been monitoring M31 for three seasons with the Wide Field Camera o...
We describe the results of a search for microlensing events affecting stars in the outer bulge and i...
AGAPE is an observational search of massive compact halo objects (MACHOs) in the direction of M31 by...
We describe the results and outline the methods used in a search for microlensing events affecting s...
January 2000 completes the first season of intensive, wide-field observations of microlensing and st...
ManuscriptThe M31 galaxy in Andromeda is the nearest large galaxy after the Small and Large Magellan...
Journal ArticleWe present the AGAPE astrometric and photometric catalogue of 1579 variable stars in ...
We detail how microlensing internal to M31 could be used to test whether a large fraction of the mat...
© 2018. The American Astronomical Society. All rights reserved. We present an analysis of the causti...
The lightcurve of PA-99-N2, one of the recently announced microlensing candidates towards M31, shows...