Excited trion states in quantum dots acquire anisotropic fine-structure splittings from the long-range electron-hole exchange interaction, derived here from a microscopic Hamiltonian for heavy-hole and simple-band models.
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Long-range exchange interaction controls the fine structure of excited trion states in semiconductor quantum dots
Excited trion states in quantum dots acquire anisotropic fine-structure splittings from the long-range electron-hole exchange interaction, derived here from a microscopic Hamiltonian for heavy-hole and simple-band models.