Observation of high angular momentum excitons in cuprous oxide
arXiv:1503.05517 · doi:10.1103/PhysRevLett.115.027402
Abstract
The recent observation of dipole-allowed -excitons up to principal quantum numbers of in cuprous oxide has given insight into exciton states with unprecedented spectral resolution. While so far the exciton description as a hydrogen-like complex has been sufficient for cubic crystals, we demonstrate here distinct deviations: The breaking of rotational symmetry leads to mixing of high angular momentum - and -excitons with the -excitons so that they can be observed in absorption. The -excitons show a three-fold splitting that depends systematically on , in agreement with theoretical considerations. From detailed comparison of experiment and theory we determine the cubic anisotropy parameter of the CuO valence band.
arXiv comment5 pages, 3 figures + supplementary information
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