Resonant THz excitation of Ce3+ crystal-field levels in paramagnetic CeF3 produces long-lived helicity-odd magnetization whose spectral sign reversal matches resonant inverse-Faraday theory.
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Torched-TACAW plus ORB MD and z-partitioned supercells enables near-ab-initio-quality atomic-resolution vibrational STEM-EELS for thick TiO2 models with tractable memory and data flow.
Relativistic derivation of coupled spin-orbital angular momentum dynamics in magnetic systems, with total J conserved under Heisenberg exchange even in the presence of electromagnetic fields.
citing papers explorer
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A crystal-field route to THz-driven magnetization
Resonant THz excitation of Ce3+ crystal-field levels in paramagnetic CeF3 produces long-lived helicity-odd magnetization whose spectral sign reversal matches resonant inverse-Faraday theory.
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Efficient Large-Scale STEM-EELS Simulations With Torched-TACAW
Torched-TACAW plus ORB MD and z-partitioned supercells enables near-ab-initio-quality atomic-resolution vibrational STEM-EELS for thick TiO2 models with tractable memory and data flow.
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Relativistic theory for coupled orbital and spin angular momentum dynamics in magnetic systems
Relativistic derivation of coupled spin-orbital angular momentum dynamics in magnetic systems, with total J conserved under Heisenberg exchange even in the presence of electromagnetic fields.