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Professor Dr. Stephan Reitzenstein

Address Technische Universität Berlin
Institut für Festkörperphysik
Hardenbergstraße 36
10623 Berlin

Projects

As Applicant
- Current projects
  - Heterogenous quantum systems for single photon delay and pulse shaping (HQSys) (Research Grants)
  - On-chip microlaser driven sources of indistinguishable photons for quantum networks (Research Grants)
  - Photonic Quantum Reservoir Computing (Research Grants)
  - Manybody non-linear and coherent phenomena in optical cavities with embedded van der Waals heterostructures: The bosonic versus the fermionic regime (Priority Programmes)
- Completed projects
  - Gerichtete transversale Laseremission von elektrisch gepumpten Quantenpunkt-Mikrosäulen Resonatoren (Research Grants)
  - Resonanz-Fluoreszenz in kohärent gekoppelten Quantenpunkt-Mikrosäulenresonatoren (Research Grants)
  - Influence of acoustic phonons on the exciton-biexciton-dynamics in quantum dots and quantum dot - microcavity systems (Research Grants)
  - Advanced Gallium Nitride based Quantum Devices (Research Grants)
  - Integrated Sources of Entangled and Indistinguishable Photons (Research Grants)
  - Single quantum dot lasers and coupled cavity arrays (Research Grants)
  - Efficient Sources of Entangled Photon Pairs Based on Deterministic Quantum Dot Microlenses (Research Grants)
  - Generation of complex multi-photon states in miniaturized semiconductor based quantum devices (Research Grants)
  - Full photon statistics of collective effects in semiconductor nanostructures (Research Grants)
  - Optical and Quantum Coherence Study of 2D-Material Based Cavity-Enhanced Emitters and Nanolasers (Research Grants)
  - Development of deterministic quantum-light sources from InP-based quantum dots in the telecom c-band (Research Grants)
  - Light Sources for Quantum Communication in the 1300 nm Spectral Range (Research Grants)
As Leader
- Completed projects
  - In-situ low temperature electron-beam lithography system (Major Research Instrumentation)
As Project Head
- Completed projects
  - Energy-Efficient Surface-Emitters of Ultimate Bandwidth for Silicon Photonics, Illumination, and Sensing: Micro- and Nano-Lasers (Collaborative Research Centres)
  - Deterministic quantum devices for quantum communication networks (Collaborative Research Centres)

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