Aims. We aim to perform the first long-term analysis of the system HS Hya. Methods. We performed an analysis of the long-term evolution of the light curves of the detached eclipsing system HS Hya. Collecting all available photometric data since its discovery, the light curves were analyzed with a special focus on the evolution of system’s inclination. Results. We find that the system undergoes a rapid change of inclination. Since its discovery until today the system’s inclination changed by more than 15°. The shape of the light curve changes, and now the eclipses are almost undetectable. The third distant component of the system is causing the precession of the close orbit, and the nodal period is about 631 yr. Conc...
Differential astrometry measurements from the Palomar High-precision Astrometric Search for Exoplane...
In this paper we present the observations of the peculiar eclipsing binary RT Lac, which were obtain...
ConÐrmatory evidence for changing light-curve amplitude of the former eclipsing and current SB2 syst...
Eclipses in the 14.4-day period double-lined binary SS Lac were observed photographically and visual...
As an eclipsing polar with a 3.39 h orbital period, MN Hya was going through a state change when we ...
EE Cep is an eclipsing binary with a period of 5.6 years. The next eclipse will occur soon, in May–J...
We present results from the most recent (2002-2004) observing campaigns of the eclipsing system KH...
B and V observations of the W Ursae Majoris-type eclipsing variable system AK Her were made on five ...
Context. EE Cep is an unusual long-period (5.6 yr) eclipsing binary discovered during the ...
Abstract. Aims: We aimed to perform the analysis of the long-term variability and precession of the ...
International audienceA growing number of eclipsing binary systems of the 'HW Virginis' (HW Vir) kin...
Context. Young multiple stellar systems can host both circumstellar and circumbinary discs composed ...
Context. Young multiple stellar systems can host both circumstellar and circumbinary discs composed ...
Abstract Orbital period variations of the Algol-type eclipsing binary, VW Hydrae, are analyzed based...
Context. Multiple stellar systems are unique laboratories for astrophysics. Analysis of their orbita...
Differential astrometry measurements from the Palomar High-precision Astrometric Search for Exoplane...
In this paper we present the observations of the peculiar eclipsing binary RT Lac, which were obtain...
ConÐrmatory evidence for changing light-curve amplitude of the former eclipsing and current SB2 syst...
Eclipses in the 14.4-day period double-lined binary SS Lac were observed photographically and visual...
As an eclipsing polar with a 3.39 h orbital period, MN Hya was going through a state change when we ...
EE Cep is an eclipsing binary with a period of 5.6 years. The next eclipse will occur soon, in May–J...
We present results from the most recent (2002-2004) observing campaigns of the eclipsing system KH...
B and V observations of the W Ursae Majoris-type eclipsing variable system AK Her were made on five ...
Context. EE Cep is an unusual long-period (5.6 yr) eclipsing binary discovered during the ...
Abstract. Aims: We aimed to perform the analysis of the long-term variability and precession of the ...
International audienceA growing number of eclipsing binary systems of the 'HW Virginis' (HW Vir) kin...
Context. Young multiple stellar systems can host both circumstellar and circumbinary discs composed ...
Context. Young multiple stellar systems can host both circumstellar and circumbinary discs composed ...
Abstract Orbital period variations of the Algol-type eclipsing binary, VW Hydrae, are analyzed based...
Context. Multiple stellar systems are unique laboratories for astrophysics. Analysis of their orbita...
Differential astrometry measurements from the Palomar High-precision Astrometric Search for Exoplane...
In this paper we present the observations of the peculiar eclipsing binary RT Lac, which were obtain...
ConÐrmatory evidence for changing light-curve amplitude of the former eclipsing and current SB2 syst...