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Exciton physics: basic to advanced
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Module 8
Excitons in a High Magnetic Field
1
Defining the Magnetic Field Parameter ($\gamma$)
Define the dimensionless magnetic field parameter (γ) that governs the transition from Coulomb-dominated to magnetically-dominated regimes.
2
Adiabatic Quantization of Excitons in High Magnetic Fields
Derive the Landau-like quantization of exciton states in the high-field limit (γ >> 1) using the adiabatic approximation.
3
1D Coulomb Problem Energy Spectrum
Solve for the 1D Coulomb problem along the magnetic field direction to find the full energy spectrum.
4
From Excitons to Landau Levels: Tracing Magneto-PL Spectra
Trace the evolution of excitonic states into Landau-level fan diagrams in high-field magneto-PL spectra.
5
Critical Field Strength in Semiconductors
Calculate the critical field strength for the onset of the high-field regime in specific materials like GaAs and Cuâ‚‚O.
Previous module
Excitons in a Low Magnetic Field
Next module
Quantum Chaos in the Intermediate Magnetic Field Regime