Masters theses - Quantum Optics and Photonics

Fidelity characterization of spin-photon entangled states

Study of InGaAs quantum dots as single-photon sources for Device-Independent Quantum Key Distribution

Supervisor: Anders S. Sørensen

Spin-photon Entanglement Realised by Quantum Dots Embedded in Waveguides

Studies of collective spontaneous emission

OPTOMECHANICAL QUANTUM MEMORY FOR PHOTON STORAGE

Modeling Lasing in a Thermal Strontium Ensemble

Cavity Enhanced Molecular Clocks and Their Applications

Towards Continuous Cavity-Enhanced Spectroscopy on Cold Atoms

Cavity-based quantum memory for light with inhomogeneously coupled atoms

Characterizing the lattice induced light shifts of the Ytterbium optical lattice clock

Nonlinear photon interactions in waveguides

Continuous Wave Single Photon Transistor with Rydberg Atoms

Quantum Gates in Photonic Waveguides

An Iodine Based Thermal Optical Frequency Reference using NICE-OHMS Detection

Characterizing thermal properties of tapered nanofibers

Supervisors: Jörg H. Müller & Jürgen Appel

Towards entanglement generation between Cesium-133 atomic ensemble and nanomechanical membrane resonator

Supervisor: Prof. Eugene S. Polzik

Characterization of collective spin states in atomic ensembles trapped around tapered nanofibers

Supervisor: Jörg H. Müller

Entanglement criteria for Spin Squeezing

Spin-squeezing in Bose-Einstein condensates

Studies of Collective Effects in Atomic Strontium

Dissipative quantum phase transitions in ion traps

Dissipative Preparation of Entanglement of two emitters coupled to a One-Dimensional Quantum Wire

Cavity Enhanced Spectroscopy on Ultra Cold Atoms

Photon gates in atomic ensembles

Controlling the shape of subwavelength-diameter tapered optical fibers