CORDIS Project
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This project explores quantum interactions in quantum dots within microcavities, focusing on strong coupling phenomena and their implications for light-matter interactions. It aims to investigate nonlinear effects and develop on-chip quantum devices for applications like single-photon sources and entangled-photon emitt…
Quantum Dots in Microcavities offer a unique laboratory to investigate quantum physics.
The state of the art has recently achieved the so-called ""strong coupling"" where coherent quantum interactions dominate the system dynamics.
Nonlinear effects of a quantum character have been shown under coherent excitation (e.g., photon blockade).
An appealing framework is incoherent excitation, where the device undergoes its intrinsic dynamics in a steady state.
In this case, many issues remain unresolved…
TECHNISCHE UNIVERSITAET MUENCHEN
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