International audienceDiscoveries of magnetic fields in pulsating B and Be stars have been claimed from low-resolution spectropolarimetric observations with FORS1 at VLT. We used the new generation of high-resolution spectropolarimeters, ESPaDOnS at CFHT and NARVAL at TBL, to check for the existence of these fields. We find that most of the claimed magnetic stars do not host a magnetic field. This work shows the importance of a critical analysis of FORS1 data when searching for weak magnetic fields in early-type stars and the advantage of using ESPaDOnS and NARVAL to study such type of stars
Context. The first magnetic fields in O- and B-type stars that do not belong to the Bp-star class, h...
Context.The presence of magnetic fields in O-type stars has been suspected for a long time. The disc...
Context. Detection of magnetic fields has been reported in several sdO and sdB stars. Recent literat...
International audienceDiscoveries of magnetic fields in pulsating B and Be stars have been claimed f...
International audienceRecent spectropolarimetric studies of seven slowly pulsating B (SPB) and beta ...
International audienceWe have obtained 40 high-resolution circular spectropolarimetric measurements ...
We have searched for magnetic fields in several early B-type stars: βCephei, Slowly Pulsating B (SPB...
To date, only a small number of O and early B-type stars have been investigated for magnetic fields,...
About 5% of upper main sequence stars are permeated by a strong magnetic field, the origin of which ...
Context. The bright B pulsator γ Peg shows both p and g modes of β Cep and SPB types. It has also be...
International audienceWe present the first results of a magnetic survey of main sequence A and late ...
Within the context of the collaboration "B fields in OB stars (BOB)", we used the FORS2 low-resoluti...
We summarize results of magnetic measurements of the bright early B-type stars β Cep, ζ Cas, and ...
Ultra-high precision measurements of Stokes V Zeeman signatures have been obtained using the MuSiCoS...
Context.About 5% of upper main sequence stars are permeated by a strong magnetic field, the origin o...
Context. The first magnetic fields in O- and B-type stars that do not belong to the Bp-star class, h...
Context.The presence of magnetic fields in O-type stars has been suspected for a long time. The disc...
Context. Detection of magnetic fields has been reported in several sdO and sdB stars. Recent literat...
International audienceDiscoveries of magnetic fields in pulsating B and Be stars have been claimed f...
International audienceRecent spectropolarimetric studies of seven slowly pulsating B (SPB) and beta ...
International audienceWe have obtained 40 high-resolution circular spectropolarimetric measurements ...
We have searched for magnetic fields in several early B-type stars: βCephei, Slowly Pulsating B (SPB...
To date, only a small number of O and early B-type stars have been investigated for magnetic fields,...
About 5% of upper main sequence stars are permeated by a strong magnetic field, the origin of which ...
Context. The bright B pulsator γ Peg shows both p and g modes of β Cep and SPB types. It has also be...
International audienceWe present the first results of a magnetic survey of main sequence A and late ...
Within the context of the collaboration "B fields in OB stars (BOB)", we used the FORS2 low-resoluti...
We summarize results of magnetic measurements of the bright early B-type stars β Cep, ζ Cas, and ...
Ultra-high precision measurements of Stokes V Zeeman signatures have been obtained using the MuSiCoS...
Context.About 5% of upper main sequence stars are permeated by a strong magnetic field, the origin o...
Context. The first magnetic fields in O- and B-type stars that do not belong to the Bp-star class, h...
Context.The presence of magnetic fields in O-type stars has been suspected for a long time. The disc...
Context. Detection of magnetic fields has been reported in several sdO and sdB stars. Recent literat...