Mitglieder

Kontakt

Prof. Dr. Christopher Gies
Institut für Physik, Campus Wechloy
Carl von Ossietzky Strasse 9-11
26129 Oldenburg 
mail

Mitglieder

Senior Researcher

Dr. Alexander Steinhoff

Many-body semiconductor optics, 2D single photon sources, open quantum systems

mail:

Post-Doktorand

Dr. Dogyun Ko

Exciton-polariton physics, cluster state entanglement and resource theory, quantum reservoir computing

mail:

Doktoranden

Niclas Götting

Quantum reservoir computing and quantum machine learning

Moiré-Bose-Hubbard physics of TMD-interlayer excitons and interlayer exciton-polaritons

mail:  

Hannah Wilksen

Many-body open quantum systems

Quantum-repeater protocols

Multipartite entanglement generation

Quantum bath engineering

Quantum light sources

Photonic computing

mail:

Nils-Erik Schütte

Circuit- and open-quantum-system based quantum machine learning

Moiré-Bose-Hubbard physics of TMD-interlayer excitons and interlayer exciton-polaritons

affiliated also with Prof. Dr. Meike List, Institute for Satellite Geodesy and Inertial Sensing, DLR, via a project collaboration of the Quantum Computing Initiative

mail:  

Charles Moudina Varmantchaonala

Quantum natural language processing and quantum machine learning

mail:  

Ruven Hübner

Moiré physics of excitons in 2D materials

Foundations of quantum mechanics

PhD student of Alexander Steinhoff, DFG priority program 2244

mail:  

Masterstudierende

Henri Melchert

Excitonics of the 2d magnet CrSBr

Philipp Dröst

Quantum Diffusion Models

Tjard Robben

Thermodynamische Eigenschaften quantenmechanischer Informationsverarbeitung

Mathis Grönhagen

Superradianz und Quantenphasen in van der Waals Halbleitern

Administrative Mitarbeiter

Frauke Arens

Sekretariat Theoretische Physik

mail:
fon: 0441-798 3071 

Stefan Krautwald

Technik und IT Theoretische Physik

mail:
fon: 0441-798 3456


Alumni

Peer Luca Vosen

Coherence and entropy in multipartite entangled Dicke states

BSc Arbeit „Dynamik der Kohärenz in Dicke-Zuständen unter dem Einfluss von Pure Dephasing”, 3/26

Sven Barger

BSc theis „Dissipation als Treiber der Speicherkapazität von Reservoir Computern auf Basis offener Quantensysteme” , 11/2025

Tjard Robben

BSc thesis „Entanglement dynamics of a coarse grained 1D-spin chain”, 10/2025
 

Michael Nortmann

BSc thesis „Entanglement classification of Werner states using optical computing”, 9/2025
 

(Stand: 17.10.2026)  |  Kurz-URL:Shortlink: https://uol.de/p111359
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