RTG 3158 Quantum Photonics

Projects within RTG 3158

The figure shows the schematic overview of the scientific structure of the RTG 3158. The projects from the experimental research groups (RGs) investigate parametric sources, semiconductor quantum dots, color centers molecules & photons all towards solid state quantum processing. They are acombined by theoretical groups that do the quantum theory and photonics simulation.

Photonic cluster states generated by using low-noise QDs

Inverse design for solid-state quantum photonics

Solid-state emitters – high coherence without cavities

Non-reciprocal optics at spin-active optical centres

Photonic integration of CV and DV quantum information

Use of squeezing light combs for cluster states

Optical nonlinear control of single photons

Generation and analysis of hybrid quantum states

Classical and quantum mechanical noise in new-generation single-photon sources

Integrated photonics with on-demand telecom single-photon emitters in ultrapure 28Si

Resource states and protocols for error-corrected long-range entanglement generation

Optical quantum computing with non-ideal states

Acoustic quantum memory for CV and DV quantum communication schemes

Photon-phonon entanglement schemes for hybrid integration

Nonreciprocity and chirality in optoacoustics in the quantum domain

Deep learning models for the inverse design of quantum photonics

Optimisation of the parameters of a photonic quantum system with quantification of uncertainties

Collective Coupling of quantum dots in nanophotonic waveguides

Efficient Semiconductor-Diamond Interfaces for Heterogeneous Quantum Photonics

Research programme of RTG 3158

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All research projects of RTG 3158

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Last Change: 01.12.25; Webredaktion RGT 3158 Print