Scientific Organisers:
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Bertram Düring, University of Sussex
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Carola-Bibiane Schönlieb, University of Cambridge
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Marie-Therese Wolfram, University of Warwick
About:
The main objective of this workshop was to bring experts from analysis, numerics and relevant applications together, initiate intra- and interdisciplinary collaborations and develop pathways from analytical and numerical methods into real-world applications. The workshop aimed to advance and improve the knowledge on gradient flows in established and novel research directions.
Several photographs and an excerpt from Martin Burger's public lecture have been uploaded here for your perusal. To read the ESAIM special issue for this ICMS workshop, click here.
Speakers:
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José A Carrillo, Imperial College London - Particle Methods Based on Gradient Flow Structures
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Yanghong Huang, Imperial College London - Discontinuous Galerkin Method for Nonlocal Equations with a Gradient Flow Structure
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Jean David Benamou, INRIA - Optimal Transportation Numerical Methods for JKO Gradient Flows
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Charlie Elliott, University of Warwick - Discrete Dynamics
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Daniel Matthew, Technische Universität München - Discretizing Fourth Order Wasserstein Gradient Flows
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Filippo Santambrogio, Université Paris-Sud - The Flow of the Sliced Wasserstein Distances
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Johannes Zimmer, University of Bath - Entropic Flows and Their Stochastic Corrections for Particle Model
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Mike Cullen, Meteorological Office - Application of Optimal Transport Methods to Hamiltonian Flows
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Giuseppe Savare, University of Pavia - Gradient Flows, Ekeland Principle and Convergence of the Minimizing Movement Method
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Birgit Schörkhuber, University of Vienna - A Spectral Mapping Theorem for Perturbed Ornstein-Uhlenbeck Operators
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Alexander Lorz, Université Pierre et Marie Curie - On a Boltzmann Type Mean Field Model for Knowledge Growth
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Vanessa Styles, University of Sussex - Double Obstacle Phase Field Approach to an Inverse Problem for a Discontinuous Diffusion Coefficient
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Elena Celledoni, Norwegian University of Science and Technology - Geometric Methods for Graphic Animation of Character Motion and Analysis of Curves on SO(3)
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Jan-Frederik Pietschmann, Technische Universität Darmstadt - Flow Characteristics in a Crowded Transport Model
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Irene Fonseca, Carnegie Mellon University - Variational Methods for Crystal Surface Instability
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Michael Möller, Technische Universität München - Visually Pleasing Colour Video Reconstruction
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Andrew Fitzgibbon, Microsoft Research - Resolution-Independent Image Reconstruction
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Can Evren Yarman, Schlumberger Gould Research - Gradient Flows in Exploration Geophysics
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Stephen Watson, University of Glasgow - Emergent Symmetries of Dissipative Flows and Their Morphometrics
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Reinout Quispel, La Trobe University - Discrete Gradients
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Jan Haskovec, KAUST - Mathematical Analysis of a PDE Model for Biological Network Formation
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Chris Budd, University of Bath - Discrete Variational Derivative Methods for PDEs
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Riccarda Rossi, University of Brescia - Existence Results for Gradient Systems with Nonconvex Energies and Application to Elastoplasticity at Finite Strait
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Andrea Bertozzi, University of California - Gradient Flows and TV Minimization on Graphs for Large Data Clustering
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Yves van Gennip, University of Nottingham - Graph Gradient Flows and their Relatives
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Marco Di Francesco, University of L'Aquila - Interplay Between Gradient Flows and Conservation Laws
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Luca Calatroni, University of Cambridge - Efficient Numerical Solvers for a Total Variation Wasserstein Flow