ANR-GIANTE

How Trapped Particles Interact With Quantum Vortices
For more than 10 years, quantum vortices have been visualised in superfluid helium by using hydrogen and deuterium ice particles. Their size is of some micrometers that is much larger than the atomic size of the vortex core.
May 11, 2020 2 min read
Project
How Trapped Particles Interact With Quantum Vortices
Particle concentration in quantum turbulence
Particles are today the main tool to study superfluid turbulence and visualize quantum vortices. This work studies the dynamics of inertial particles in finite-temperature quantum turbulence in the framework of the two-fluid Hall-Vinen-Bekarevich-Khalatnikov model.
Mar 20, 2020 1 min read
Project
Particle concentration in quantum turbulence
Inhomogeneous Distribution of Particles in Coflow and Counterflow Quantum Turbulence
Particles are today the main tool to study superfluid turbulence and visualize quantum vortices. In this Rapid Communication, we study …
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Inhomogeneous Distribution of Particles in Coflow and Counterflow Quantum Turbulence
ANR GIANTE
Lagrangian properties and universality of quantum turbulence
ANR GIANTE
Clustering and Phase Transitions in a 2D Superfluid with Immiscible Active Impurities
Phase transitions of a finite-size two-dimensional superfluid of bosons in presence of active impurities are studied by using the …
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Quantitative Estimation of Effective Viscosity in Quantum Turbulence
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Interaction between Active Particles and Quantum Vortices Leading to Kelvin Wave Generation
One of the main features of superfluids is the presence of topological defects with quantised circulation. These objects are known as …
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