Supercurrent induces phonon angular momentum in mixed parity superconductors and s-wave superconductors with spin-orbit coupling, with analytical expressions derived via perturbative calculation.
Fransson, Chiral phonon induced spin polarization, Phys
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Phonon spin in complex lattices is collective interference of atomic vibrations, appearing as dipole moment rotation that induces distinct infrared circular dichroism spectra in chiral materials and Weyl phonon systems.
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Supercurrent-induced phonon angular momentum
Supercurrent induces phonon angular momentum in mixed parity superconductors and s-wave superconductors with spin-orbit coupling, with analytical expressions derived via perturbative calculation.
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Collective Interference of Phonon Spin and Dipole Moment Rotation Induced Circular Dichroism
Phonon spin in complex lattices is collective interference of atomic vibrations, appearing as dipole moment rotation that induces distinct infrared circular dichroism spectra in chiral materials and Weyl phonon systems.