Niels Bohr Institute

Ph.D. theses - Quantum Optics and Photonics

Rodrigo A. Thomas

Optical spin-mechanics quantum interface: entanglement and back-action evasion

Supervisor: Prof. Eugene S. Polzik

Massimiliano Rossi

QUANTUM MEASUREMENT AND CONTROL OF A MECHANICAL RE SONATOR

Supervisor: Prof. Dr. Albert Schliesser

CHIRAG MURENDRANATH PATIL

Experiments on Glide-Symmetric Photonic-CrystalWaveguides

Supervisor: ALBERT SCHLIESSER

Junxin Chen

Quantum Correlations Generated by a Soft-Clamped Membrane-in-the-Middle System

Academic supervisor: Prof. Dr. Albert Schliesser

Yeghishe Tsaturyan

Ultracoherent soft-clamped mechanical resonators for quantum cavity optomechanics

Martin Romme Henriksen

Optical Frequency References

Stefan Alaric Schäffer

Cavity-enhanced optical clocks

Thomas Hummel

Multiphoton generation from a single quantum dot in a photonic nanostructure

Andreas Barg

Optomechanics with soft-clamped silicon nitride membranes and carrier-mediated forces in coupled quantum wells

Supervisor: Prof. Eugene S. Polzik

Michael Zugenmaier

Towards a room temperature single photon source based on atomic vapour

Supervisor: Prof. Eugene S. Polzik

Vincent Elfving

Quantum Information Processing with Quantum Optical Systems

Luca Dellantonio

Looking for mechanical hiccups & High dimensional mdi–QKD

Michael Zugenmaier

Towards a room temperature single photon source based on atomic vapour

Christoffer Bo Møller

Quantum Back-Action Evasion in a Hybrid Spin-Optomechanical System

Tommaso Pregnalato

Deterministic quantum photonic devices based on self-assembled quantum dots

Anders Simonsen

Sensitive electro-optical transduction Through resonant electro- and optomechanics

Christoffer Bo Møller

Quantum Back-Action Evasion in a Hybrid Spin-Optomechanical System

Supervisor: Prof. Eugene S. Polzik

Sofie Lindskov Hansen

Single-Photon Manipulation in Nanophotonic Circuits

Supervisor: Peter Lodahl

Ivan Iakoupov

Enhancement of optical nonlinearities with stationary light

Emil Zeuthen

Electro-optomechanical transduction Quantum hard-sphere model for dissipative Rydberg-EIT media

Supervisor: Prof. Anders S. Sørensen

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