Past and Present PhD and MSc Students
Iain Hannah (PhD 2005) |
Particle heating and acceleration in solar flares : energisation at a reconnecting x-point and RHESSI microflare observations |
Brian Hamilton (PhD 2006) Joint with Culham Centre for Fusion Energy |
Particle acceleration in dynamically reconnecting X-point solar-flare models / Brian Hamilton. |
Laura Bone (PhD 2006) Main supervisor Prof. John Brown |
Multiwavelength observation and modelling of thermal and non-thermal electrons in the solar corona |
Jennifer Pollock (PhD 2008) |
Numerical simulations of radiation and heating from non-thermal electrons in solar flares |
Robert McKay (PhD 2008) joint with Culham Centre for Fusion Energy |
Test particle studies of acceleration and transport in solar and tokamak plasmas |
Colin Gill (MSc 2009) |
Using active contours for automated tracking of UV and EUV solar flare ribbons |
Hazel Bain (PhD 2010) |
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Fatima Rubio da Costa (PhD 2010) Joint with Osservatorio Astrofisica di Catania |
Solar Chromospheric Flares:Observations in Ly-alpha and H-alpha, and Radiative Hydrodynamic Simulations |
Jingnan Guo (PhD 2010) Joint with Max Planck Institute for Solar System Research, and Purple Mountain Observatory |
Particle acceleration in the solar corona: simulation and Observation |
Fraser Watson (PhD 2012) |
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David Graham (PhD 2014) |
Extreme ultraviolet spectroscopy of impulsive phase solar flare footpoints |
Rhys Paterson (MSc 2016) |
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Graham Kerr (PhD 2017) |
Observations and modeling of the chromosphere during solar flares |
Lauren Doyle (MSc 2017) |
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Peter Levens (PhD 2018) Main supervisor Dr. Nic Labrosse |
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Qingying Shu (PhD 2018) (joint with School of Mathematics & Statistics, and School of Engineering |
Statistical modeling of the near-Earth magnetic field in space weather |
Juntao Wang (PhD 2018) |
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Stephen Brown (PhD 2019) |
Observations and modelling of the hydrogen Lyman lines in solar flares |
Andrew Rodger (PhD 2019) Main supervisor Dr. Nic Labrosse |
Millimetre-continuum diagnostics and non-LTE radiative transfer modelling of solar prominences |
Christopher Osborne (PhD 2022) |
Casting a New Light on Radiative Transfer in Solar Flare Models: Synthesis and Inversion |
John Armstrong (PhD 2022) |
The flare necessities: machine learning toops for solar flare data analysis |
David Millar (PhD 2023) |
Tracking oscillatory signals through the flaring solar atmosphere |
The relationship between solar flare ribbons and magnetic field changes in the solar chromosphere and photosphere |
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Ground-based observations of solar flare ribbons |