| Ed Sherman (2008-2012): | Field theoretic RG (Thesis,
publications
(2)) |
| Seng Cheang (2009-2014): | Synchronisation (Thesis, publications
[37]) |
| Gary Willis (with A Parry, 2011-2015): | Wetting
and the Manna Model (Thesis, publications
[42],
[52]) |
| Christopher Rochester (with A Kornyshev, 2012-2016): | Electrolytes in
pores (Thesis, publications
[34],
[43],
[48],
[50]) |
| Nanxin Wei (2014-2020): | Field theory in SOC and
networks (publications
[49],
[60],
[61]) |
| Saoirse Amarteifio (2014-2019): | Emergent
constraints
(Thesis, publications
[58],
[69],
[61]) |
Ignacio Bordeu Weldt (with H Jensen and S Habib,
2015-2019): | Pattern formation
(Thesis, publications
[57],
[63],
[66],
[61]) |
| Johannes Pausch (with A Parry,
2015-2019): | Wetting and microtubule growth
(Thesis, publications
[56],
[59],
[64],
(2)) |
| David Nesbitt (with C F Lee,
2015-2019): | Active media
(Thesis, publications
[53]
[68]) |
| Benjamin Walter (2016-2020): | First passage times
(Thesis,
publications
[56],
[67],
[61],
(3)) |
| Rosalba Garcia
Millan (2016-2020): | SOC,
reaction-diffusion in cells, field theory
(Thesis,
publications
[54],
[56],
[61],
[64],
[65],
[71],
(2)) |
| Gcina Maziya (with N Moloney, 2017-): | Random exploration of
space (publications
[62])
|
| Luca Cocconi (with G Salbreux,
Oct 2018-Nov 2022): | Morphogenesis (publications
[62],
[65],
(4))
|
| Ziluo Zhang
(Jan 2019-Jan 2023): | Field theory on general graphs (publications
(1)) |
| Zigan Zhen
(Oct 2019-May 2023): | Entropy production, relation to information and large
deviations in active matter (publications
[65]) |
| Marius Bothe
(Oct 2019-Sep 2023): | Field theory of Levy walks and Levy flights (publications
[70]) |
| Letian Chen
(Oct 2020-Nov 2024): | Discrete time field theory |
| Connor Roberts
(Oct 2020-Nov 2024): | Field theory of active matter |
| Jacob Knight
(Oct 2021-): | Entropy production of non-Markovian processes |
| Callum Britton (with Thibault Bertrand,
Oct 2023-): | Field theory of chemical reaction networks |
| Emir Sezik
(Oct 2023-): | Field theory of active phi^4 theories |
|
|
| Seng Cheang (2007/2008): | Edwards-Wilkinson
equation with von Neumann
boundary condition and drift term
[30] |
| Daniel Walker (2008/2009): | Self organised branching
process |
| Katy Rubin (2009/2010): | Ornstein-Uhlenbeck process with
absorbing wall
[35] |
| Jules Morand (2010, MSc with Prof. K.
Christensen): | Predictability in Oslo Rice-pile model |
| Giner Baldo (2012, final year project): | The Manna
Model with surface diffusion |
| Aman Pujara (2013/2014, final year
project): | Scaling of the number of distinct sites visited by a
branching random walker |
| Stefan Nekovar (2013/2014, final year
project): | Field theory of the Wiener Sausage
[44] |
| Simone Cenci (2015, final year
project, with Dr C F Lee): | The stationary state of the contact process |
| Dmitry Veselov (2015-2018 Applied MSc
project): | The Manna Model with finite and long-range interaction |
| David Nesbitt (2015, MSc/PhD, with Dr C F Lee): |
Active fluid mechanics: Actomyosin networks and tissue regeneration
[53] |
| Benjamin Walter (2016, project, with G Salbreux): |
T1 transition frequency in tissue formation |
| Brandon Annesi (2016, final year project): |
Field theory for run and tumble |
| Kenneth Yiu (2016/2017, final year project): |
Entropy production in Doi-Peliti field theories |
| Mir Faruk (2016, final year project): |
Exact RG applied to the critical Casimir effect |
| Anne-Mieke Reijne (2017, Erasmus student, U Amsterdam, final year project): |
Statistical mechanics approach to root morphology
[57] |
| Abdulrahim Al Balushi (2017, final year project, with I
Bordeu-Weldt): |
Diffusion on quenched-random meshes |
| Ziluo Zhang (2017, final year project, with R
Garcia-Milan): |
Matsubara sums |
| Luca Cocconi (2017/2018, final year project, with B
Walter): |
Exact RG applied to non-equilibrium systems |
| Adam Collins (2018/2019, MSci, with L Cocconi): |
Scaling of the critical colonisation rate in the contact process |
| Letian Chen (2019/2020, MSci): |
Correlations in the Manna Model |
| Konstantinos Ntagiantas (2020, MSc project): |
Loop extrusion |
| Silke Nodwell (2020/2021, MSci project): |
Transport in porous media |
| Farid Kaveh (2021/2022, MSc project): |
Path probabilities in non-Markovian processes |
| Paula Garcia Galindo (2021, MSc project): |
Building alpha coli |
| Alice Xinyue Fan (2021/2022, MSci project): |
Axon guidance |
| Yiqing Ian (2021/2022, MSci project): |
Stationary state of two coupled Markov processes |
| Asees Sachdev (2021/2022, MSci project): |
Instantaneous velocity of a Ornstein-Uhlenbeck particle |
| James Hryb (2022/2023, MSci project): |
Diffusion on cuved surfaces |
| Dana Weetman (2022/2023, MSci project): |
Stationary states |
| Callum Britton (2022/2023, MSci project): |
Field theory of chiral active matter |
| Kaili Zhu (2022/2023, MSci project): |
Field theory of the Vicsek Model |
| Abhinav Praveen (2023/2024, MSci project supervised with
Emir Sezik): |
Option pricing and Delta-Hedging with Non-Gaussian Noise |
| Sachin Wijeyaratnam (2023/2024, MSci project supervised
with Letian Chen): |
Random Searching with Stochastic Resetting and Fluctuating
Potential |
| Lanshu Feng (2023/2024, MSc project): |
Off-lattice Random Geometric Graphs |
| Jakub Zagozdzon (2023/2024, MSc project): |
Biased hopping on a ring via Doi-Peliti field theory |
| Ross Ah-Weng (2024/2025, MSci project supervised with
Emir Sezik): |
Eucledian Random Matrices |
| Alex Touma (2024/2025, MSc project supervised with Callum
Britton): |
Field Theory of splitting probabilities |
