Funding: The authors acknowledge support from STFC consolidated grant number ST/R000824/1.Whilst "slingshot" prominences have been observed on M-dwarfs, most if not all theoretical studies have focused on solar-like stars. We present an investigation into stellar prominences around rapidly rotating young M-dwarfs. We have extrapolated the magnetic field in the corona from Zeeman-Doppler maps and determined the sites of mechanical stability where prominences may form. We analyse the prominence mass that could be supported and the latitude range over which this material is distributed. We find that for these maps, much of this prominence mass may be invisible to observation - typically <1% transits the stellar disc. On the rapidly-rotating M-...
The structure of a star’s coronal magnetic field is a fundamental property that governs the high-ene...
It has been known for some time now that rapidly-rotating solar-like stars possess the stellar equiv...
Conference Proceeding© International Astronomical Union 2013In our own solar system, the necessity o...
International audienceABSTRACT Whilst ‘slingshot’ prominences have been observed on M-dwarfs, most i...
Whilst "slingshot" prominences have been observed on M-dwarfs, most if not all theoretical studies h...
Funding: The authors acknowledge support from STFC consolidated grant number ST/R000824/1.Observatio...
The authors acknowledge support from STFC.We present models for the magnetic support of the ‘slingsh...
Observations of rapidly-rotating cool stars often show coronal slingshot prominences that remove mas...
We acknowledge STFC (ST/M001296/1) and H2020 (682393).The observational signatures of prominences ha...
MJ and ACC acknowledge support from STFC consolidated grant number ST/R000824/1. JFD acknowledges fu...
It has been proposed that slingshot prominences may be a mass and angular momentum loss mechanism fo...
Funding: UK STFC grant (ST/M001296/1) (CVD, MJ).Although the present-day Sun rotates too slowly to e...
We acknowledge funding from the Science and Technology Facilities Council consolidated grant ST/R000...
Prominences, cool condensations of coronal plasma, have been observed on many types of star. Rapidly...
The definitive version is available at www.blackwell-synergy.com--Copyright Blackwell PublishingObse...
The structure of a star’s coronal magnetic field is a fundamental property that governs the high-ene...
It has been known for some time now that rapidly-rotating solar-like stars possess the stellar equiv...
Conference Proceeding© International Astronomical Union 2013In our own solar system, the necessity o...
International audienceABSTRACT Whilst ‘slingshot’ prominences have been observed on M-dwarfs, most i...
Whilst "slingshot" prominences have been observed on M-dwarfs, most if not all theoretical studies h...
Funding: The authors acknowledge support from STFC consolidated grant number ST/R000824/1.Observatio...
The authors acknowledge support from STFC.We present models for the magnetic support of the ‘slingsh...
Observations of rapidly-rotating cool stars often show coronal slingshot prominences that remove mas...
We acknowledge STFC (ST/M001296/1) and H2020 (682393).The observational signatures of prominences ha...
MJ and ACC acknowledge support from STFC consolidated grant number ST/R000824/1. JFD acknowledges fu...
It has been proposed that slingshot prominences may be a mass and angular momentum loss mechanism fo...
Funding: UK STFC grant (ST/M001296/1) (CVD, MJ).Although the present-day Sun rotates too slowly to e...
We acknowledge funding from the Science and Technology Facilities Council consolidated grant ST/R000...
Prominences, cool condensations of coronal plasma, have been observed on many types of star. Rapidly...
The definitive version is available at www.blackwell-synergy.com--Copyright Blackwell PublishingObse...
The structure of a star’s coronal magnetic field is a fundamental property that governs the high-ene...
It has been known for some time now that rapidly-rotating solar-like stars possess the stellar equiv...
Conference Proceeding© International Astronomical Union 2013In our own solar system, the necessity o...