Exciton states in TMD monolayers are analyzed via invariant expansion of a model Hamiltonian with fictive-field spin-orbit coupling and electron-hole exchange, yielding one term that renormalizes all states and a second that mixes only spin-triplet states across series.
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On the Exciton Fine-Structure of Transition-Metal Dichalcogenides Mono-Layers
Exciton states in TMD monolayers are analyzed via invariant expansion of a model Hamiltonian with fictive-field spin-orbit coupling and electron-hole exchange, yielding one term that renormalizes all states and a second that mixes only spin-triplet states across series.