We announce the discovery of a new early-type, double-lined spectroscopic binary in the LH 54 OB association in the Large Magellanic Cloud. We present a V light curve and radial velocities. We investigate the possible configurations of the system, concluding that it probably contains the most massive star measured at the present, with a mass of the order of 100 M⊙, while its companion has approximately 50 M⊙.Facultad de Ciencias Astronómicas y Geofísica
Eclipsing binaries offer a unique opportunity to determine fundamental physical parameters of stars ...
We investigate the massive star population of the Magellanic Clouds with an emphasis on the field po...
Motivated by the detection of a recent outburst of the massive luminous blue variable LMC-R71, which...
We announce the discovery of a new early-type, double-lined spectroscopic binary in the LH 54 OB ass...
We present results from an optical spectroscopic investigation of the massive binary system [L72] LH...
We present results from an optical spectroscopic investigation of the massive binary system [L72] LH...
We present a spectroscopic and photometric study of the double-lined binary Hodge 53-47 in the Small...
We present a new V light curve of the early type Magellanic eclipsing binary Sk-67°105, based on cha...
We report FUSE observations in 2006 of three O-type, double-lined spectroscopic binaries in the Mage...
The stellar mass-luminosity relation is poorly constrained by observations for high-mass stars. We d...
Aims: The study is aimed at discovering new objects with the B[e] phenomenon in the Large Magellanic...
We present photometric and spectroscopic ob- servations of stars in the Large Magellanic Cloud OB as...
HD54662AB is one of the three O + OB binaries known so far with orbital period longer than 1000 d, o...
An orbital solution for the MACHO*05:34:41.3-69:31:39 eclipsing binary system is presented, based on...
From radial velocities determined in high signal-to-noise digital spectra, we report the discovery t...
Eclipsing binaries offer a unique opportunity to determine fundamental physical parameters of stars ...
We investigate the massive star population of the Magellanic Clouds with an emphasis on the field po...
Motivated by the detection of a recent outburst of the massive luminous blue variable LMC-R71, which...
We announce the discovery of a new early-type, double-lined spectroscopic binary in the LH 54 OB ass...
We present results from an optical spectroscopic investigation of the massive binary system [L72] LH...
We present results from an optical spectroscopic investigation of the massive binary system [L72] LH...
We present a spectroscopic and photometric study of the double-lined binary Hodge 53-47 in the Small...
We present a new V light curve of the early type Magellanic eclipsing binary Sk-67°105, based on cha...
We report FUSE observations in 2006 of three O-type, double-lined spectroscopic binaries in the Mage...
The stellar mass-luminosity relation is poorly constrained by observations for high-mass stars. We d...
Aims: The study is aimed at discovering new objects with the B[e] phenomenon in the Large Magellanic...
We present photometric and spectroscopic ob- servations of stars in the Large Magellanic Cloud OB as...
HD54662AB is one of the three O + OB binaries known so far with orbital period longer than 1000 d, o...
An orbital solution for the MACHO*05:34:41.3-69:31:39 eclipsing binary system is presented, based on...
From radial velocities determined in high signal-to-noise digital spectra, we report the discovery t...
Eclipsing binaries offer a unique opportunity to determine fundamental physical parameters of stars ...
We investigate the massive star population of the Magellanic Clouds with an emphasis on the field po...
Motivated by the detection of a recent outburst of the massive luminous blue variable LMC-R71, which...