Magnetometry of the classical T Tauri star GQ Lup: non-stationary dynamos and spin evolution of young Suns

Keyphrases

• Accretion Discs 33%
• At a Distance 33%
• Brown Dwarfs 33%
• Canada-France-Hawaii Telescope 33%
• Classical T tauri Stars 100%
• Corotation 33%
• Dipole 33%
• Disk Material 33%
• Dynamo 100%
• Emission Lines 33%
• ESPaDOnS 33%
• Longitudinal Field 33%
• Magnetic Topology 33%
• Magnetometry 100%
• Magnetospheric Accretion 33%
• MSTAR 33%
• Octupole 33%
• Protostars 33%
• Radial Velocity 33%
• Rotary Axis 33%
• Rotation Period 66%
• Rotational Modulation 33%
• Spectropolarimetry 33%
• Spin Evolution 100%
• Stellar Rotation 33%
• Tomographic Imaging 33%
• Velocity Change 33%
• Young Sun 100%
• Zeeman 66%

Earth and Planetary Sciences

• Accretion Disk 25%
• Canada 25%
• Corotation 25%
• Emissions 50%
• Field Scale 100%
• France 25%
• Hawaii 25%
• M Stars 25%
• Magnetic Measurement 100%
• Protostars 25%
• Radial Velocity 25%
• Stellar Rotation 25%
• T Tauri Stars 100%

Physics

• Brown Dwarf 33%
• Circumstellar Disks 33%
• Classical T Tauri Stars 100%
• Corotation 33%
• Hawaii 33%
• M Stars 33%
• Magnetic Measurement 100%
• Protostars 33%
• Radial-Velocity Method 33%
• Stellar Rotation 33%