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A03: Cavity enhanced two-photon physics with semiconductor quantum dots

Abstract

This project is focused on two-photon processes in semiconductor microcavities with embedded quantum dots. The project work will be concentrated on the down-conversion from the biexciton state via an optically induced virtual state which leads to a cavity enhanced single photon emission. Our joint theoretical and experimental quantum optical study aims for the demonstration of full optical control of cavity enhanced spontaneous single photon emission by stimulated down-conversion. The project pioneers new generations of nonlinear photonic semiconductor devices based on quantum optical principles.

Research Staff
Prof. Dr. Artur Zrenner Principal InvestigatorUPB
Prof. Dr. Stefan Schumacher Principal InvestigatorUPB
Prof. Dr. Dirk Reuter Principal InvestigatorUPB
Dr. Gerhard Berth Scientific AssistantUPB
M. Sc. Björn Jonas Doctoral ResearcherUPB
M. Sc. Dominik Breddermann
Doctoral ResearcherUPB
M. Sc. Timo Langer Doctoral ResearcherUPB