Registration is now open for Advances in Solar MHD Numerical Simulations in the Era of High-Resolution Observations

CONFERENCE REGISTRATION AND ABSTRACT SUBMISSION OPEN

Advances in Solar MHD Numerical Simulations in the Era of High-Resolution Observations

https://www.solarmhd2022.com/
Venue : Eastbourne, on the South Coast of the UK
Date : Sunday 7th August – Wednesday 10th August 2022

Conference registration and abstract submission for all sessions are now open. Please visit the website https://www.solarmhd2022.com/ and use the Registration/Abstract tabs to complete your application.

The meeting will cover a number of topics related to the analysis of data obtained in solar MHD simulations and their interpretation in connection to high spatial and temporal resolution observations.
-Simulating excitation and propagation of MHD waves in solar plasma,
-Simulating plasma instabilities,
-Effective numerical tools towards more realistic physics in modelling,
-Numerical simulations and spectral line synthesis,
-Identification and analysis of plasma flows.

Talks and interactive sessions regarding state-of-the-art codes such as Bifrost, MURaM, PENCIL, LARE3D and AMRVAC will be used to look at instabilities, heating, waves, and the physics needed to replicate observations in the new high-resolution era of telescopes and satellites. Comparisons and contrasts between the codes will be investigated.

Discussion time has been scheduled to ensure a hands-on approach as well as interaction between the scientists, and allow for the generation of ideas for collaboration. Our aim is to develop new projects, leading to publications and grant applications.

The organisers welcome applicants from around the globe. We particularly encourage applications from early career researchers, who will be given preference as invited speakers. We also highly welcome abstracts from members of under-represented groups in the field. Financial support will be made available for PhD students who attend the conference.

Best Regards,
Suzana Silva, Malcolm Druett, and Rahul Sharma