Stirring Potential for Indirect Excitons
M.W. Hasling, Y.Y. Kuznetsova, P. Andreakou, J.R. Leonard, E.V., Calman, C. Dorow, L.V. Butov, M. Hanson, and A.C. Gossard
TL;DR
This paper presents an experimental demonstration of a stirring potential for indirect excitons, where the potential's properties are controlled by electrode design and AC voltage parameters, enabling manipulation of exciton motion.
Contribution
It introduces a novel stirring potential for indirect excitons with tunable properties via electrode periodicity and AC voltage, advancing exciton manipulation techniques.
Findings
Successful experimental proof of a stirring potential for indirect excitons
Control of potential amplitude through AC voltage
Adjustment of angular velocity via AC frequency
Abstract
We demonstrate experimental proof of principle for a stirring potential for indirect excitons. The azimuthal wavelength of this stirring potential is set by the electrode periodicity, the amplitude is controlled by the applied AC voltage, and the angular velocity is controlled by the AC frequency.
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