We analyze the effect of a gravitational field on the sound modes of superfluids. We derive an instability condition that generalizes the well-known Jeans instability of the sound mode in normal fluids. We discuss potential experimental implications
Jeans instability of finite massive bodies at hydrostatic equilibrium is studied. Differential equat...
Impure superfluids exhibit very unusual properties including unexpected acoustic features. We calcul...
Journal ArticleWe find a new collective shear-wave-like mode above Tλ, merging with the longitudinal...
We analyze the effect of a gravitational field on the sound modes of superfluids. We derive an insta...
The well-known Jeans criterion describes the onset of instabilities in an infinite, homogeneous, sel...
According to the classical Jeans analysis, all the molecular clouds of mass larger than a few 100 M(...
In this thesis, gravitational instability of self-gravitating systems was studied using Jeans analys...
Gravitational instability in classical Jeans theory, General Relativity, and modified gravity is con...
Kinetic treatment of the Jeans gravitational instability, with collisions taken into account, is pre...
AbstractGravitational instability in classical Jeans theory, General Relativity, and modified gravit...
The Jeans scale is estimated during the coexistence epoch of quark-gluon and hadron phases in the fi...
We revisit the question of stability of holographic superfluids with finite super-fluid velocity. Ou...
We take up the challenge to explain the correlation between the Jeans instability topic towards star...
A linear stability analysis has been performed onto a self-gravitating magnetized gas disk bounded b...
Radiative diffusion damps acoustic modes at large comoving wavenumber (k) before decoupling ("Silk d...
Jeans instability of finite massive bodies at hydrostatic equilibrium is studied. Differential equat...
Impure superfluids exhibit very unusual properties including unexpected acoustic features. We calcul...
Journal ArticleWe find a new collective shear-wave-like mode above Tλ, merging with the longitudinal...
We analyze the effect of a gravitational field on the sound modes of superfluids. We derive an insta...
The well-known Jeans criterion describes the onset of instabilities in an infinite, homogeneous, sel...
According to the classical Jeans analysis, all the molecular clouds of mass larger than a few 100 M(...
In this thesis, gravitational instability of self-gravitating systems was studied using Jeans analys...
Gravitational instability in classical Jeans theory, General Relativity, and modified gravity is con...
Kinetic treatment of the Jeans gravitational instability, with collisions taken into account, is pre...
AbstractGravitational instability in classical Jeans theory, General Relativity, and modified gravit...
The Jeans scale is estimated during the coexistence epoch of quark-gluon and hadron phases in the fi...
We revisit the question of stability of holographic superfluids with finite super-fluid velocity. Ou...
We take up the challenge to explain the correlation between the Jeans instability topic towards star...
A linear stability analysis has been performed onto a self-gravitating magnetized gas disk bounded b...
Radiative diffusion damps acoustic modes at large comoving wavenumber (k) before decoupling ("Silk d...
Jeans instability of finite massive bodies at hydrostatic equilibrium is studied. Differential equat...
Impure superfluids exhibit very unusual properties including unexpected acoustic features. We calcul...
Journal ArticleWe find a new collective shear-wave-like mode above Tλ, merging with the longitudinal...