Delyan Zhelyazov joined mathematics this month, taking up a three-year position of Postdoctoral Research Assistant on the project of Cesare Tronci, funded by the Leverhulme Trust, on “Solute motion in complex fluids: mathematics and solvation dynamics” (link here). Delyan obtained a PhD in analysis of nonlinear PDEs at the University of L’Aquila in Italy. He […]
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Elliott Sullinge-Farrall visited the Mathematics Department at Imperial College London today, to give a talk in the Junior Analysis Seminar. The title of the talk was “Mean Hadamard Inequalities and Elasticity“. A link to the seminar page with abstract is here. The picture below shows Elliott in front of one of the famous statues at […]
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Anne Skeldon is an invited speaker at the ERATO UK-Japan Symposium on Circadian Rhythms and Sleep (link here). The meeting is virtual with live presentations broadcast from Oxford University, and takes place from 11-13 March. Anne‘s talk is on “Mathematical modelling of sleep and circadian rhythms and our interactions with society and the environment“. The […]
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Frédéric Dias, a Professor at École Normale Supérieure Paris-Saclay, visited mathematics yesterday (11 March). He interacted with Tom Bridges and Matt Turner as part of the water wave project which is developing a theory for breaking waves. The team met up online with PhD student Ayoub Mansor, and they discussed the latest results and plans […]
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The paper “Hadamard’s inequality in the mean“, co-authored by Jonathan Bevan, Martin Kružík (Czech Academy of Sciences) and Jan Valdman (Johannes Kepler University Linz), has been accepted for publication in Nonlinear Analysis. The final form arXiv version can be found here. The first screenshot below shows the abstract, and the second image shows Figure 5.5 […]
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The paper “Monge-Ampère geometry and vortices“, co-authored by Lewis Napper, Ian Roulstone, Vladimir Rubtsov (University of Angiers) and Martin Wolf, has been published in Nonlinearity, with open access (link here). The paper introduces a new approach to Monge–Ampère geometry based on techniques from higher symplectic geometry. The work is motivated by the application of Monge–Ampère […]
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