Dominic Stone, Polina Vytnova, and Sergey Zelik were at a conference in Shanghai, China in mid July (19-22 July). It was hosted by Donghua University on the Songjiang campus. The theme of the conference was Infinite-dimensional dynamical systems. Dominic and Polina were participants, and Sergey was a speaker and the principal organiser. Dominic is a […]
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The paper “Enhanced dissipation by advection and applications to PDEs“, co-authored by Camilla Nobili, Yuanyuan Feng (East China Normal University, Shanghai) and Anna Mazzucato (Penn State University), has been published in Applied Mathematical Modelling (link to published paper and link to finalform arXiv version). The paper is a survey which provides a concise yet comprehensive […]
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Hamid Alemi Ardakani visited Mathematics this week (5-6 August). Hamid is a Senior Lecturer in Mathematics at Exeter and a former PhD student at Surrey. His hosts for the visit were Matt Turner and Tom Bridges. The purpose of the visit was for research interaction (shallow water hydrodynamics, wave interactions, and wave energy harvesting), and […]
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Camilla Nobili visited the Applied Analysis Group, led by Universitätsprofessorin Mari Westdickenberg, and gave a talk in the Research Training Group (RTG) named Energy, Entropy, and Dissipative Dynamics (funded by the DFG). She gave a talk on Thursday 22nd May on “Enhanced Dissipation via Time-Dependent Velocity Fields: Acceleration and Intermittency” (abstract here). The screenshot below […]
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David Lloyd is in Canada this week and next (4-15 August) to Lecture at the 2025 Gene Golub SIAM Summer School on Frontiers in Multidimensional Pattern Formation. It is being held on the campus of Concordia University in Montreal, Quebec, Canada. Dave is giving a two-day series of lectures on “Numerical Continuation of Patterns” (link […]
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The paper “Enhanced dissipation via time-modulated velocity fields“, co-authored by Johannes Benthaus and Camilla Nobili, has been published open access (link here) in the AIMS Journal “Evolution Equations and Control Theory“. The main objective of the paper is to derive quantitative estimates for the energy decay rates in fluid flows with a time-dependent background field. […]
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