Current Research Group (at Universities of Birmingham and Bristol)
Research Assistants
• Danica Sugic (University of Birmingham; previously PhD student, thesis “Unravelling the dark focus of light: a study of knotted optical singularities“)
• Dr Teuntje Tijssen (University of Bristol; previously PhD student, thesis “Spin manifestations in structured light and matter waves”)
Graduate Students
• Anda Xiong (University of Birmingham)
• Elena Boniolo (University of Bristol; jointly supervised with Dr Simon Hanna and Dr Annela Seddon)
Other
Former Group Members
• Mrs Emma Creasey (administrator, Leverhulme Programme Grant)
• Dr Keith Alexander (PhD student 2014-2018, jointly supervised with Dr Simon Hanna, thesis “Projecting proteins and random walks: knotting in open curves via virtual knots”)
• Dr Benjamin Bode (PhD student 2014-2018 jointly supervised with Prof Jonathan Robbins, thesis “Knotted fields and real algebraic links”; currently JSPS fellow in Osaka University)
• Dr David Foster (senior postdoc on Leverhulme Programme Grant 2014-2018)
• Dr Alexander Taylor (postdoc on Leverhulme Programme Grant 2014-2018; previously PhD student 2011-2014, thesis “Analysis of Quantised Vortex Tangle,” published by Springer)
• Xi Peng (visiting PhD student from South China Normal University, Guangzhou)
• Alexander Houston (MSc student 2014-2017, thesis “A random wave model for the Aharonov-Bohm effect“)
• Dr Jo Hutchinson (teaching assistant, 2014-15)
• Lucy Purnell (2013-15)
• Dr James Ring (PhD student 2009-2013, thesis “Incomplete Catastrophes and Paraxial Beams“)
• Dr Jari Lindberg (postdoc on EPSRC Basic technology grant, 2008-2012)
• Dr Jörg Götte (Newton Research Fellow, 2009-11, now lecturer at the University of Glasgow)
• Dr Anna Khoroshun (visiting academic from East Ukrainian State University, Lugansk, Ukraine, 2011-12)
• Dr Brina Crnko (visiting PhD student from University of Ljubljana, Slovenia, 2010-2012, thesis “Geometry of selected soft matter systems“)
• Dr Robert King (PhD student 2006-2011, thesis “Knotting of Optical Vortices“)