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Institut d'Études Scientifiques | Cargèse
Podcast  | Sessions scientifiques

Bridging Classical and Quantum Turbulence - 2023

Dans cette catégorie : Electronic States and Phases Induced by Electric or Optical Impacts. IMPACT 2024 | Energy, information and Evolution in Biology - 2024 | Summer school Structure & Mechanics of Soft Matter Systems: from fundamentals to Foods - 2024 | Complex and glassy systems - 2024 | Passive Imaging and Monitoring in Wave Physics: From Seismology to Ultrasound - 2024 | Southern Ocean and its Central Role for Climate - 2024 | Waves and sea state in the earth system (WISE) - 2024 | Wave propagation and control in complex media - 2024 | Biomedical Imaging School 2023 | GDR-HEA Alliages hautes entropie - 2023 | Quantum many-body systems out of equilibrium - 2023 | International School of Oxide Electronics 2023 (ISOE 2023) | 2nd Advanced Summer School on Mathematical Fluids Dynamics - 2023 | Interfreeze : Freezing and Interfaces - 2023 | Wave Localization and Many-Body Localization in Quantum Information - 2022 | Wave propagation and control in complex media - From spatial to temporal degrees of freedom 2022 | Soft materials: from macromolecular building block's to soft matter physics and mechanics of solids - 2022 | Passive imaging and monitoring in wave physics: from seismology to ultrasound - 2022 | Numerical Wildfire 2021 | International School of Oxide Electronics 2021 (ISOE 2021) | Les 60 (+1 an) de l'Institut d'Etudes Scientifiques de Cargèse - 2021 | Clean and Desordered out of Equilibrium : Interplay Classical and Quantum Dynamics - 2020 | Imaging in wave physics : multi-wave and large sensor network - 2019 | Emergent phenomena in quantum matter - Epiqur2019 |

Modeling, Analysis and Simulation for Degenerate Dipolar Quantum Gas - Weizhu Bao

Types of quantum turbulence - Carlo F. Barenghi

Numerical methods for computing ground states of spinor Bose-Einstein condensates - Yongyon Cai
The computation of Vortical Patterns in Bose-Einstein Condensates : Existence, Stability, Bifurcations and Dynamics - Stathis Charalampidis
The Cross-Pitaevskii equation on a two-dimensional ring : vortex nucleation and quantum turbulence  - Quentin Chauleur
Emergenge of Quantum Turbulence and Onset of Clutering in Polariton Superfluid - Paolo Comaron
Numerical tools for superfluids - Ionut Danaila

HVBK two-fluid model for quantum turbulence : energy cascade and highter-order statistics - Luminita Danaila

Resolving dissipative length scale in He II with Eulerian sensors - Pantxo Diribarne

Listening to quantum turbulence with second sounds tweezers - Philippe E. Roche

Irreversibility and singularities - Bérangère Dubrulle
Mathematical studies on the finite temperature BEC model - Reika Fukuizumi

Visualization study of the law of wall in superfluid helium-4 - Wei Guo

Dark solitons : from 1D to 2D and 3D with Some Quantum Touches  - Panagiotis G. Kevrekidis

Quantum turbulence : From the Kolmogorov cascade to sound emission, passign by Kelvin waves and wortex reconnections  -  Giogio Krstulovic

 

On the role of mutual friction in He-II Turbulence - Emmanuel Leveque

Intermittency and Lagrangian dynamics of velocity gradients in fluid turbulence - Charles Menevreau

Vortex Interactions in Dipolar Superfluids - Srivatsa B. Prasad

Probing Fundamental Bounds in Turbulence Using Variational Optimization Methods - Bartosz Protas

Modelling solitons, vortices & tangles in quantum gases across different scales - Nick Proukakis

Large scale facilities to compare superfluid and normal fluid turbulence behavior at high Re - Bernard Rousset

One-dimensional hydrodynamic PDE model of turbulent flow with the enstrophy cascade - Takashi Sakajo

Low regularity exponential-type integrators for the « good » Boussinesq equation with rough solutions - Chunmei Su

Bifurcation Analysis for Time Steppers - Laurette Tuckerman

Are 2D classical and quantum turbulence equivalent ? Insights from velocity circulation statistics - Nicolas P. Muller

Direct and inverse cascades in BEC Wave Turbulence - Sergey Nazarenko

Probing quantum fluid using mecanical oscillators - Vickor Tsepellin

 

Page mise à jour le 21/11/2023 par DOMINIQUE DONZELLA