Numerical simulations show plasma scattering gives Rydberg excitons in Cu2O finite lifetimes with specific scalings in density, n, and temperature, while Debye screening overestimates internal field screening especially for high angular momentum states.
Experimental limitation in extending the ex- citon series in Cu 2O towards higher principal quantum numbers
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Plasma effects on lifetimes and screening of Rydberg excitons
Numerical simulations show plasma scattering gives Rydberg excitons in Cu2O finite lifetimes with specific scalings in density, n, and temperature, while Debye screening overestimates internal field screening especially for high angular momentum states.