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Exciton physics: basic to advanced
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Module 7
Excitons in a Low Magnetic Field
1
Excitons in a Magnetic Field: Hamiltonian and Pseudomomentum
Derive the exciton Hamiltonian in a uniform magnetic field and define the conserved pseudomomentum.
2
Diamagnetic Shift of Excitons: Weak-Field Perturbation Theory
Calculate the diamagnetic shift of exciton energy levels in the weak-field regime using perturbation theory.
3
Zeeman Splitting and Effective g-Factors of Excitons
Analyze the linear Zeeman splitting of exciton states and determine the effective g-factors.
4
Magneto-Optical Selection Rules: Faraday & Voigt Geometries
Derive magneto-optical selection rules for transitions in the Faraday and Voigt geometries.
5
Zeeman Splitting and Diamagnetic Shifts in Magneto-PL
Correlate Zeeman splitting and diamagnetic shifts observed in low-field magneto-PL spectra with theoretical predictions.
Previous module
Exciton Dynamics, Relaxation, and Coherence
Next module
Excitons in a High Magnetic Field