MIST Speaker List (Published Master)


1	First name	Surname	Institute	Email	Career Stage	Topics of interest
2	Oliver	Allanson	University of Reading	o.allanson@reading.ac.uk	Postdoc (PhD completed in 2017)	Numerical experiments of wave-particle interactions in the inner magnetosphere. Basic theory of collisionless plasma equilibria and stability (current sheets and flux tubes).
3	Martin	Archer	Queen Mary University of London	m.archer@qmul.ac.uk	Postdoc (PhD completed in 2014)	Dayside magnetospheric dynamics at Earth; the formation, evolution and effects of transient kinetic phenomena in the foreshock, bow shock and magnetosheath; magnetospheric ultra-low frequency waves and resonances; the variability of the magnetospheric system and its consequences; novel analysis techniques; sonification of data; innovative and impactful public engagement with research.
4	Daniel	Billett	Lancaster University	d.billet@lancaster.ac.uk	PhD (started in 2016)	High latitude thermosphere-ionopshere coupling, mainly the effects of ion drag and the timescales on which it acts. Resultant Joule heating and it’s variations due to multiple criteria (Aurora/neutral winds).
5	Téo	Bloch	University of Reading	t.bloch@pgr.reading.ac.uk	PhD (started in 2017)	Machine Learning, Solar Wind, Radiation Belts, Space Weather, Big Data Techniques.
6	Angeline	Burrell	U.S. Naval Research Laboratory, Washington, D.C., USA	angeline.burrell@nrl.navy.mil	Research Physicist (PhD completed in 2012)	I am an ionospheric scientist who is also involved in community programming efforts. My investigations currently focus on interactions within the ionosphere. For example, how and when interactions with the sun, neutral atmosphere, and magnetic field are important. I take an observational approach, primarily using radars and satellites.
7	Nicolina	Chrysaphi	University of Glasgow	n.chrysaphi.1@research.gla.ac.uk	PhD (started in 2017)	Type II solar radio burst band-splitting
8	John	Coxon	University of Southampton	J.Coxon@soton.ac.uk	Postdoc (PhD completed in 2015)	Birkeland currents, substorms, flux transfer events, northward IMF
9	Emma	Davies	Imperial College London	emma.davies12@imperial.ac.uk	PhD (started in 2017)	Heliospheric physics, evolution of coronal mass ejections, magnetic clouds, solar wind, solar transients.
10	Joe	Eggington	Imperial College London	j.eggington17@imperial.ac.uk	PhD (started in 2017)	Magnetospheric physics, ionospheric physics, space weather, magnetic reconnection, magnetohydrodynamics, computer simulations
11	Christopher	Lorch	Lancaster University	c.lorch@lancaster.ac.uk	PhD (started in 2018)	My research looks into the structure of currents within the Jovian magnetodisc. How do asymmetries affect the location of field aligned currents? I use all available magnetometer data to calculate the radial and azimuthal current densities, their divergences and hence infer the location of field aligned currents in the magnetodisc.
12	Heather	McCreadie	Aberystwyth University	Hem18@aber.ac.uk	Lecturer (PhD completed in 1988)	Ionosphere, magnetosphere, Sq, EEJ, geomagnetic field.
13	Beatriz	Sanchez-Cano	University of Leicester	bscmdr1@leicester.ac.uk	Postdoc (with PhD completed in 2014))	Mars plasma system, ionosphere, space weather.
14	Jasmine	Sandhu	MSSL, UCL	j.sandhu@ucl.ac.uk	Postdoc (PhD completed in 2016)	Understanding the role of substorms in ring current energisation using Van Allen observations. How field line eigenfrequencies are shaped by the plasma properties and observing changes in field line eigenfrequency during dynamic events.
15	Harneet	Sangha	University of Leicester	hs372@le.ac.uk	PhD student (started in 2017)	Electrical current systems of the magnetosphere (field-aligned currents); dynamics of the terrestrial magnetosphere; sub-auroral polarization streams (SAPS); magnetospheric and ionospheric convection.
16	Maria-Theresia	Walach	Lancaster University	m.walach@lancaster.ac.uk	Postdoc (PhD completed in 2017)	I study solar wind-magnetosphere-ionosphere-thermosphere coupling at Earth, particularly the response time-scales to solar wind driving in the coupled system and the variability in the responses. I use data from the SuperDARN (Super Dual Auroral Radar Network). Previously I also used convection measurements and imagery from satellites to study the aurora.
17	Lloyd	Woodham	MSSL, UCL	lloyd.woodham.16@ucl.ac.uk	PhD student	Heliospheric physics, solar wind, plasma turbulence, collisionless heating, non-linear plasma physics, kinetic physics, micro-instabilities, statistical data analysis, hybrid/particle-in-cell simulations.