Alumni

PhD Theses

Shreevathsa Chalathadka Subrahmanya (2025)
Femtometer-precision displacement sensing via heterodyne cavity-tracking for use in gravitational-wave detectors

Tobias Benjamin Eckhardt (2025)
Deep-Frequency Modulation Interferometry for Gravitational Wave Detectors

Daniel Voigt (2025)
Tunable coherence for straylight suppression in graviational wave detectors

Master Theses

Nils Leander Weickhardt (2022)
Resonantly enhanced deep frequency modulation interferometry

Wanda Vossius (2023)
Development of a Compact Balanced readout Interferometer using Deep Frequency Modulation

André Lohde (2023)
Adcanced scattered light noise supression techniques in interferometric gravitational wave detection

Leonie Eggers (2024)
Suppression of scattered light noise through tunable coherence in sagnac-speed-meters

Jan-Niklas Feldhusen (2024)
Mitigating seismic noise in a gravitational wave detector testbed with machine learning and the setup of a triple suspension

Ben Becker (2024)
Investigating a tensegrity structure as a possible multi DoF inertial sensor

Lea Carlotta Hügel (2025)
Optical frequency measurements for linearising strong laser frequency modulations

Lennart Manthey (2025)
Laster stabilisation for scattered light suppression using tunable coherence interferometryat audio-band frequencies

Bachelor Theses

Nils Leander Göbbels (2020)
Design, Aufbau und Inbetriebnahme einer Testmassenaufhängung zur Demonstration der seismischen Isolierung in Gravitationswellendetektoren mit lokalen Sensoren

Lea Carlotta Hügel (2023)
Performance invesigation for Resonantely enhanced Deep Frequency Modulation Interferometry

Nurmi Sawlanski (2024)
Unequal arm-length interferometer for laser frequency pre-stabilization

Finja Havelberg (2025)
Analysis and prediction of seismic motion in the microseism frequency band utilizing Distributed Acoustic Sensing Data

Julian Priedemann (2025)
Noice reduction in Homodyne Quadrature Interferometer for low frequencies