05/10/2020 | Applied Maths Seminar | |
12/10/2020 | Zoom | 1. Meet-and-greet 2. Introduction to the Fluids ECR Forum |
19/10/2020 | Applied Maths Seminar | |
26/10/2020 | Zoom | 1. Stefano Maffei Modeling fast geomagnetic reversals 2. Kuan Li The reservoir computing of the fluid dynamical systems |
02/11/2020 | Applied Maths Seminar | |
09/11/2020 | Zoom | 1. Patrick Lewis Magnetic buoyancy instabilities in the presence of a shear flow 2. Alexander Kimbley Inertial instabilities of planetary atmospheres |
23/11/2020 | Zoom | 1. Paul Pruzina Thermohaline staircases in double diffusive convection 2. Daniel Richards The evolution of ice fabrics: A continuum modelling approach validated against laboratory experiments |
07/12/2020 | Zoom | 1. David Phillips Special relativistic hydrodynamics and magnetodynamics 2. Joanna Tumelty Multiplicity of attracting states in natural double-diffusive convection |
--- Winter Break --- | ||
25/01/2021 | Zoom | Aurélie Astoul Effects of magnetism and differential rotation on tidal interaction in low-mass stars or giant gaseous planets |
08/02/2021 | Zoom | Yue-Kin Tsang Depth of Jupiter's zonal jets, discussion on the papers by Kong et al., PNAS, 2018 and Kaspi et al., Nature, 2018 |
15/02/2021 | Applied Maths Seminar | |
22/02/2021 | Zoom | 1. Andrei Igoshev Sleeping beasts: magnetic fields shape observational manifestations of neutron stars 2. Girish Nivarti Statistical closure for turbulent zonal jets based on the Generalized Quasilinear approximation |
01/03/2021 | Applied Maths Seminar | |
08/03/2021 | Zoom | Janet Peifer Effects of thermal boundary conditions on rotating Rayleigh—Bénard convection |
15/03/2021 | Zoom | Doug Parker The water machine: a simple dynamical system to describe the feedback between rainfall and convergence |
22/03/2021 | Applied Maths Seminar | |
29/03/2021 | Zoom | Christina Pontin Tidal dissipation in giant planets |
--- Term Break --- | ||
26/04/2021 | Applied Maths Seminar | |
10/05/2021 | Zoom | 1. Fryderyk Wilczynski Magnetic buoyancy instability in the anelastic approximation 2. Steve Tobias Quasilinear models (and exact nonlinear solutions) in convection |
17/05/2021 | Zoom | Anna Guseva Nonlinear dynamos: a data-driven approach |
24/05/2021 | Zoom | Doug Parker A new theoretical model for the triggering of deep convection over wet or dry surfaces |