Overview
I have moved to the University of Warwick, where I am a Warwick Zeeman Lecturer and also hold a Leverhulme Early Career Fellow. My new website can be found here
My research interests are broadly in the area of applied analysis. I am interested in the analysis and control of deterministic and/or stochastic partial differential equations which model natural effects and are therefore important for industrial, biological or socio-economical applications.
Current projects include
- Inverse problems in the context of pedestrian dynamics,
- The use of feedback controls to stabilise and control the solutions to various thin film flow models or surface growth, namely, the effects of heated walls and/or blowing and suction of same fluid at the wall,
- Analysis of systems of interacting diffusions moving in multiple wells and interacting via their mean in the mean-field limit.
Research interests:
- Parameter estimation and optimization
- Analysis and control of deterministic and stochastic partial differential equations
(PDEs)
- Mean fi eld limits of systems of interacting particles
- Multiscale systems
- Feedback and optimal control of dispersive-dissipative systems
- Pedestrian dynamics
- Fluid dynamics/interfacial phenomena
Recent and Future events:
- Workshop: UQ for inverse problems in complex systems - Isaac Newton Institute, April 9-13 2018
- Workshop: Data-Driven Modelling of Complex Systems - The Alan Turing Institute, May 8-10 2018
- ECMI 2018 Conference - Budapest, Hungary, June 18-22 2018
- IFIP TC 7 Conference on System Modelling and Optimization - Essen, Germany, July 23-27 2018