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SOLAR MAGNETIC FIELDS AND THE DYNAMIC SUN
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It has long been known that the solar magnetic field, generated below the Sun's surface, is responsible
for the observed activity and structure in the solar atmosphere. The energy stored
(and subsequently released) in the magnetic field by convection motions results in a multitude of
dynamical events, on a wide range of physical scales (from nanoflares and X-ray bright points to
flares and coronal mass ejections), as well as the very existence of the hot X-ray corona. Our
understanding of these processes all rooted in the mutual interactions between the plasma and
magnetic field has advanced considerably over recent decades. These advances rest not only on
observations from space missions (from Skylab and SMM, to TRACE, SoHO, Hinode and Stereo), but also on
theory and modelling, and on the interaction between the two.
With a research career in solar physics spanning more than four decades, Prof. E.R. Priest has been hugely influential in the field of Solar Physics, in the UK and internationally. Focusing on using magnetohydrodynamics to build our understanding of the behaviour of magnetic fields in the solar atmosphere, his research has covered a wide range of topics such as magnetic reconnection, coronal heating, flares and prominences. During his career, Prof Priest has been a strong supporter of the RAS, has served the community on numerous (UK and international) panels and committees and has played a huge part in establishing the vibrant and internationally-leading UK Solar Physics research programme which we see today. |
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NB Attendance is free for RAS members and 15 pounds for non-members (5 pounds for students - note that students can join the RAS for 1 pound!).
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