This workshop in Exeter will involve the Centre for Systems, Dynamics and Control as well as the Centre for Predictive Modelling in Healthcare: for more details and to register, see:
Applications are invited for a Postdoctoral Research Fellow in Dynamical Systems (Job Ref P71641) at the University of Exeter, closing date 4th February 2020.
You will join the EPSRC funded project “Applied Nonautonomous Dynamical Systems: Theory, Methods and Examples” led by Prof Peter Ashwin to undertake fundamental research into theoretical aspects of nonautonomous dynamical systems, and applications to the climate system. You will be based at Exeter but will work collaboratively with the EPSRC-funded team that includes co-investigators Martin Rasmussen (Imperial College London) and Valerio Lucarini (University of Reading) as well as project partners Prof Sebastian Wieczorek (Cork), the EU-TiPES project (EU, led from Copenhagen) and Richard Wood (Met Office Hadley Centre). The task will be to work within a team that contributes to the development of applicable numerical and theoretical tools for nonautonomous systems, suitable for application to climate models.
We welcome Julian Newman who has just joined the Centre for Systems, Dynamics and Control (and the Maths department) as a postdoctoral fellow on the EU funded TiPES (Tipping points in the Earth system) project: https://tipes.sites.ku.dk/.
He will be working with Peter Ashwin and Jan Sieber on aspects of the mathematical theory of tipping points for nonautonomous systems. Julian did his PhD at Imperial College in 2016 and recently was working as a postdoc at the University of Lancaster.
Mathematics of Tipping Points in Complex Dynamical Systems
This post is available for 36 months from 2 September 2019.
Details and to apply: https://www.jobs.ac.uk/job/BSM616/postdoctoral-research-fellow
Summary of the role/position
You will join the EU-funded H2020 project “Tipping Points of the Earth System” (TiPES) and undertake research into theoretical and applied aspects of tipping points and of relevance to complex multiscale systems such as the Earth system.
Several subsystems of the Earth may respond abruptly at critical future levels of anthropogenic forcing, which have been associated with tipping points (TPs). TiPES aims to identify safe operating spaces in terms of critical forcing levels. The TiPES project is a joint project involving 18 European institutions, combining paleoclimatology, time series analysis, Earth system modelling of past and future climates, applied mathematics and dynamical system theory, as well as decision theory.
You will participate in the development of mathematical theory to underpin safe operating space for the earth system in the presence of tipping points. You will primarily contribute to work package WP5 of the TiPES project, which addresses “The theoretical underpinning for safe operating spaces in the presence of TPs”. You will be expected to develop tools that are applicable to classify, predict, quantify and mitigate TPs, in collaboration with other work packages.
The post will be based within the Department of Mathematics and Research Centres related to theoretical and applied dynamical systems, climate modelling and strong links to interdisciplinary Research Institutes.
There will be a half-day conference in dynamics, number theory, and geometry.
Venue: University of Exeter
Date: 05 April 2019 (Friday) Afternoon.
The workshop is organized by Dr Jimmy Tseng (Exeter) and more details are on:
Pedro Peres, a PhD student within the Centre, has recently produced a short YouTube video that illustrates some aspects of the dynamics of a piecewise isometry that he has been studying as part of his reseach. You can find more about his work on the mathematics of this system in https://arxiv.org/abs/1805.00245.
There are a number of EPSRC-funded PhD studentships available within the Centre for Systems Dynamics and Control: these include the following which offer full funding to UK students and fees-only to EU students non-resident in the UK. The deadline for applications for the following is 10th January 2018:
- Cortical Network Models to Understand Differential Input Response Properties During Active and Silent States – Mathematics – EPSRC DTP funded PhD Studentship
- Critical Cascades of Fast-slow Dynamical Systems – Mathematics – EPSRC DTP funded PhD Studentship
- Understanding Extremal Processes in Dynamical Systems – Mathematics – EPSRC DTP funded PhD Studentship
- Understanding Extremes in Low Dimensional Dynamical System Weather Models – Mathematics – EPSRC DTP funded PhD Studentship