Through the observations and the analysis of maser polarization it is possible to measure the magnetic field in several astrophysical environments (e.g., star-forming regions, evolved stars). In particular from the linearly and circularly polarized emissions we can determine the orientation and the strength of the magnetic field, respectively. In these proceedings the implications, on observed data, of the new estimation of the Landé g-factors for the CH3OH maser are presented. Furthermore, some example of the most recent results achieved in observing the polarized maser emission from several maser species will also be reported
It is not fully clear how the magnetic field acts during the first stages of star formation. A possi...
Aims.We study the polarization of the SiO maser emission in a representative sample of evolved stars...
Aims.We study the polarization of the SiO maser emission in a representative sample of evolved stars...
Through the observations and the analysis of maser polarization it is possible to measure the magnet...
Through the observations and the analysis of maser polarization it is possible to measure the magnet...
22 pagesWe study the polarization of the SiO maser emission in a representative sample of evolved st...
Maser polarization observations can reveal unique information on the magnetic field strength and str...
Maser polarization observations can reveal unique information on the magnetic field strength and str...
Polarized emission from astrophysical masers can provide important information about physical condit...
Polarized emission from astrophysical masers can provide important information about physical condi...
Polarized emission from astrophysical masers can provide important information about physical condit...
ContextAstronomical masers have been effective tools in the study of magnetic fields for years. Obse...
General solutions of the maser polarization problem are presented for arbitrary absorption coefficie...
ContextAstronomical masers have been effective tools in the study of magnetic fields for years. Obse...
General solutions of the maser polarization problem are presented for arbitrary absorption coefficie...
It is not fully clear how the magnetic field acts during the first stages of star formation. A possi...
Aims.We study the polarization of the SiO maser emission in a representative sample of evolved stars...
Aims.We study the polarization of the SiO maser emission in a representative sample of evolved stars...
Through the observations and the analysis of maser polarization it is possible to measure the magnet...
Through the observations and the analysis of maser polarization it is possible to measure the magnet...
22 pagesWe study the polarization of the SiO maser emission in a representative sample of evolved st...
Maser polarization observations can reveal unique information on the magnetic field strength and str...
Maser polarization observations can reveal unique information on the magnetic field strength and str...
Polarized emission from astrophysical masers can provide important information about physical condit...
Polarized emission from astrophysical masers can provide important information about physical condi...
Polarized emission from astrophysical masers can provide important information about physical condit...
ContextAstronomical masers have been effective tools in the study of magnetic fields for years. Obse...
General solutions of the maser polarization problem are presented for arbitrary absorption coefficie...
ContextAstronomical masers have been effective tools in the study of magnetic fields for years. Obse...
General solutions of the maser polarization problem are presented for arbitrary absorption coefficie...
It is not fully clear how the magnetic field acts during the first stages of star formation. A possi...
Aims.We study the polarization of the SiO maser emission in a representative sample of evolved stars...
Aims.We study the polarization of the SiO maser emission in a representative sample of evolved stars...