Rony Keppens (PI)Rony is proud to lead the team, and is actively researching MHD, developing codes, and applying them to Solar and Prominence-related physics.
Niels ClaesInvolvement period: 2020/01/01 - 2023/08/31
Main developer of the Legolas code.
Largely focused on MHD spectral theory applied to solar atmospheric configurations, with particular interest in thermal instabilities and prominence fine structure.
Malcolm DruettInvolvement period: 2023/01/01 - present
Multi-dimensional solar flare simulations, and the lower solar atmosphere.
Jack JenkinsInvolvement period: 2020/04/01 - present
2.5 & 3D formation, structure, and evolution of solar prominence condensations.
Valeriia LiakhInvolvement period: 2022/01/17 - present
2.5 & 3D simulation of prominence oscillations triggered by external activity.
Beatrice Popescu BraileanuInvolvement period: 2020/05/01 - 2020/09/30
Partial ionization effects and implementation in MPI-AMRVAC
Wenzhi RuanInvolvement period: 2020/02/01 - 2022/01/31
Impulsive phase of solar flares and coronal rains in gradual phase.
Madhurjya ChangmaiInvolvement period: 2021/27/09 - present
Role of turbulence and magnetic reconnection due to instabilities in Solar Prominences
Jordi De JongheInvolvement period: 2019/09/01 - 2023/10/13
Waves and instabilities in (H)MHD and multi-fluid descriptions.
Co-developer of the Legolas code.
Veronika JercicInvolvement period: 2020/01/01 - 2020/12/31
Oscillations of solar prominences with multi-threaded structure.