The Workshop Vortices in fluids and superfluids. Geophysics and quantum physics flows will be organized during September 23 - 24, at LMRS Seminar Room M01, University of Rouen Normandy, France.
Presentation: Vortices are ubiquitous in nature. From geophysical to biological flows, from classical viscous fluids to inviscid superfluids, most of natural or industrial configurations display vortices. The aim of the meeting is to bring together mathematicians and physicists, specialists in the mathematical or physical analysis of vortical flows. We will thus be able to facilitate communication between disciplines on these highly topical subjects and identify subjects for interaction and collaboration.
The talks will cover a broad spectrum of applications, from weather prediction and its topological flow data analysis (Weather modelling session), to models of pulsar glitches, vortex knots or vortices in superconductors (Quantum physics session). A special Geophysics modelling session will be devoted to the analysis of geophysical configurations present in Normandy (chalk cliffs and underground cavities).
Programm pdf file
Scientific program
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Takashi Sakajo Topological Flow Data Analysis (TFDA) Theory and Applications to Atmospheric and Ocean Flows ➟ Download the slides |
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Luminita Danaila Effect of energy injection on jet-waves-random interactions across scales: theory ➟ Download the slides |
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Manuel Fossa Effect of energy injection on jet-waves-random interactions across scales, case study: 2003 western Europe summer heat wave ➟ Download the slides |
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Marc Brachet Neutron-superfluid vortices and proton-superconductor flux tubes ➟ Download the slides |
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Michikazu Kobayashi How to tie and stabilize vortex knot and link? ➟ Download the slides |
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Cyril Tain Influence of gauges in the time dependent Ginzburg-Landau model ➟ Download the slides |
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Raphaël Antoine Investigation of subsurface hydrology of a Chalk Cliff in Normandy Using Multiple Research Approaches ➟ Download the slides |
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Georges Edde Numerical modeling of air flows in an underground cavity connected to the surface by a shaft ➟ Download the slides |
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Bahae-Eddine Madir Physics Informed Neural Networks for Heat Conduction with Phase Change ➟ Download the slides |
Sponsors
We acknowledge financial support from LMRS and AMIES.
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