Our goal is to assess Gaia’s performance on the period recovery of short period (p < 2 hours) and small amplitude variability. To reach this goal first we collected the properties of variable stars that fit the requirements described above. Then we built a database of synthetic light-curves with short period and low amplitude variability with time sampling that follows the Gaia nominal scanning law and with noise level corresponding to the expected photometric precision of Gaia. Finally we performed period search on the synthetic light-curves to obtain period recovery statistics. This work extends our previous period recovery studies to short period variable s...
The study of variable phenomena (periodic, irregular or transient) provides a unique way to acquire ...
We are analyzing light curves of several potential proto-planetary nebulae (PPNe), which are stars i...
We are studying the light variability of a subclass of evolved stars called proto-planetary nebulae....
This doctoral research is focused on the detection and characterization of short timescale astronomi...
We investigate the capabilities of the ESA Gaia mission for detecting and characterizing short time-...
International audience Aims: We describe the methods used and the analysis performed in the frame of...
We present the results of the short-term constancy monitoring of candidate Gaia Spectrophotometric S...
Combined studies of variable stars and stellar clusters open great horizons, and they allow us to im...
Aims: We describe the methods used and the analysis performed in the frame of the Gaia data processi...
Study on variable stars is an important topic of modern astrophysics. After the invention of powerfu...
We analyzed data accumulated during 2005 and 2006 by the Taiwan-American Occultation Survey (TAOS) i...
D.Phil.During the last few years the number of known variable stars which show periodic light level ...
The standard method of studying period changes in variable stars is to study the timing residuals o...
The third Gaia Data Release, covering 34 months of data, includes the second Gaia catalogue of long-...
Monthly Notices of the Royal Astronomical Society, 361, pp. 1136-1144, http://dx.doi.org./10.1111/j....
The study of variable phenomena (periodic, irregular or transient) provides a unique way to acquire ...
We are analyzing light curves of several potential proto-planetary nebulae (PPNe), which are stars i...
We are studying the light variability of a subclass of evolved stars called proto-planetary nebulae....
This doctoral research is focused on the detection and characterization of short timescale astronomi...
We investigate the capabilities of the ESA Gaia mission for detecting and characterizing short time-...
International audience Aims: We describe the methods used and the analysis performed in the frame of...
We present the results of the short-term constancy monitoring of candidate Gaia Spectrophotometric S...
Combined studies of variable stars and stellar clusters open great horizons, and they allow us to im...
Aims: We describe the methods used and the analysis performed in the frame of the Gaia data processi...
Study on variable stars is an important topic of modern astrophysics. After the invention of powerfu...
We analyzed data accumulated during 2005 and 2006 by the Taiwan-American Occultation Survey (TAOS) i...
D.Phil.During the last few years the number of known variable stars which show periodic light level ...
The standard method of studying period changes in variable stars is to study the timing residuals o...
The third Gaia Data Release, covering 34 months of data, includes the second Gaia catalogue of long-...
Monthly Notices of the Royal Astronomical Society, 361, pp. 1136-1144, http://dx.doi.org./10.1111/j....
The study of variable phenomena (periodic, irregular or transient) provides a unique way to acquire ...
We are analyzing light curves of several potential proto-planetary nebulae (PPNe), which are stars i...
We are studying the light variability of a subclass of evolved stars called proto-planetary nebulae....