Nanomechanical resonators with circular cavities detect electron vortices via magnetic torque-induced vibrations, distinguishing ballistic and hydrodynamic regimes and their temperature crossover.
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Vertex corrections to nonlocal correlation functions vanish at zero wavevector under inversion symmetry and for quadratic dispersions at all wavevectors, with explicit expressions for density, current, and stress responses derived for both Fermi and non-Fermi liquids under local self-energies and En
In the hydrodynamic regime, heat flux in a Corbino disk under magnetic field deflects with a tangential component and can reverse direction under aligned radial electric or temperature gradients.
citing papers explorer
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Nanomechanical detection of vortices in an electron fluid
Nanomechanical resonators with circular cavities detect electron vortices via magnetic torque-induced vibrations, distinguishing ballistic and hydrodynamic regimes and their temperature crossover.
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The flow of local quantum fluids: Conservation laws and vertex corrections from many-body linear-response theory with local self-energy
Vertex corrections to nonlocal correlation functions vanish at zero wavevector under inversion symmetry and for quadratic dispersions at all wavevectors, with explicit expressions for density, current, and stress responses derived for both Fermi and non-Fermi liquids under local self-energies and En
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Heat flux deflection induced by hydrodynamic electron transport in a homogeneous Corbino disk under magnetic field
In the hydrodynamic regime, heat flux in a Corbino disk under magnetic field deflects with a tangential component and can reverse direction under aligned radial electric or temperature gradients.