International audienceMany studies of star-forming regions have been carried out since the discovery of compact Hii regions in the late 1960s. The kinematic properties of young stars in the nearest regions with ongoing and recent star formation provide essential tests of their formation mechanisms. The detection of coeval moving groups allows determination of individual distances through the convergent-point method. As a result, the main physical properties of these stars and their early evolutionary stages can be determined if we know how distant they are
The kinematic study of young stars is an important tool to discuss the early stages of star formatio...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
Many studies of star-forming regions have been carried out since the discovery of compact Hii region...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
International audienceTo reliably determine the main physical parameters (masses and ages) of young ...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
International audienceThe problem of the determination of distances has always played a central role...
The problem of the determination of distances has always played a central role in astronomy. However...
International audienceIThe problem of the determination of distances has always played a central rol...
The kinematic study of young stars is an important tool to discuss the early stages of star formatio...
The kinematic study of young stars is an important tool to discuss the early stages of star formatio...
International audienceThe kinematic study of young stars is an important tool to discuss the early s...
IThe problem of the determination of distances has always played a central role in astronomy. Howeve...
The kinematic study of young stars is an important tool to discuss the early stages of star formatio...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
Many studies of star-forming regions have been carried out since the discovery of compact Hii region...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
International audienceTo reliably determine the main physical parameters (masses and ages) of young ...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
International audienceThe problem of the determination of distances has always played a central role...
The problem of the determination of distances has always played a central role in astronomy. However...
International audienceIThe problem of the determination of distances has always played a central rol...
The kinematic study of young stars is an important tool to discuss the early stages of star formatio...
The kinematic study of young stars is an important tool to discuss the early stages of star formatio...
International audienceThe kinematic study of young stars is an important tool to discuss the early s...
IThe problem of the determination of distances has always played a central role in astronomy. Howeve...
The kinematic study of young stars is an important tool to discuss the early stages of star formatio...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...
To reliably determine the main physical parameters (masses and ages) of young stars, we must know th...