Intersite electron hopping creates short-range, orthogonal orbital correlations in strongly spin-orbit coupled t2g systems, even with no static orbital order.
These calculations assume the locality of Coulomb interactions, neglecting Coulombic correlations between electrons at different sites
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Emergent Orbital Dynamics in Strongly Spin-Orbit Coupled Systems
Intersite electron hopping creates short-range, orthogonal orbital correlations in strongly spin-orbit coupled t2g systems, even with no static orbital order.