PhD 2020-2024

Enhancing the Dark Matter Sensitivity of CRESST: Purification, Stress Reduction and 17O Enrichment of CaWO4 Target Crystals - A. Kinast - TUM - 2023
New Analysis Methods for Enhanced Sensitivity to Light Dark Matter at CRESST-III and Studies of Discovery Potential for Next Generation Cryogenic Experiments - D. Fuchs - TUM - 2023
Towards next-generation cryogenic dark matter searches with superconducting thermometers - F. Wagner - Vienna - 2023
Simulation based Neutron Background Studies for the CRESST and COSINUS Dark Matter Search Experiments - A. Fuß - Vienna - 2022
Aspects of TES Novel Reproducibility for Cryogenic Detectors Dedicated to Dark Matter Search - A. Abdelhameed - TUM - 2022
Low-Threshold Cryogenic Detectors for Low-Mass Dark Matter Search and Coherent Neutrino Scattering - J. Rothe - MPP - 2020
Data Analysis for the CRESST Experiment New Methods improved Alpha Analysis and Results on Light Dark Matter and Backgrounds - P. Bauer - MPP - 2020
Development of new cryogenic detectors to extend the physics reach of the CRESST experiment - E. Bertoldo - MPP - 2020
Non-Standard Search for Dark Matter with CRESST - V. Schipperges - Tübingen - 2020
Probing Low-Mass Dark Matter with CRESST-III - M. Stahlberg - Vienna - 2020
Exploring the Inelastic Dark Matter frontier with the CRESST experiment - M. Olmi - LNGS - 2020
Multiple detector analysis in the CRESST Dark Matter experiment - S. Di Lorenzo - LNGS - 2020
Unveiling the nature of dark matter with direct detection experiments - V. Zema - LNGS - 2020

PhD 2010-2014

Scintillating CaWO4 Crystals for the Direct Dark Matter Search Experiments CRESST and EURECA - M. Sivers - TUM - 2014
Investigation of New Target Materials for Direct Dark Matter Detectors - C. Sailer - Tübingen - 2014
Muons in the CRESST Dark Matter Experiment - K. Rottler - Tübingen - 2014
Study of Backgrounds in the CRESST Dark Matter Search - K. Schäffner - MPP - 2013
Feasibility Study for a First Observation of Coherent Neutrino Nucleus Scattering Using Low-Temperature Detectors - A. Gütlein - TUM - 2013
Energy-Dependent Quenching Factor Measurements of CaWO4 Crystals at mK Temperatures and Detector Prototypes for Direct Dark Matter Search with CRESST - R. Strauss - TUM - 2013
The Potential of Neganov-Luke Amplified Cryogenic Light Detectors and the Scintillation-Light Quenching Mechanism in CaWO4 Single Crystals in the Context of the Dark Matter Search Experiment CRESST-II - S. Roth - TUM - 2013
Improving the Light Channel of the CRESST-II-Dark Matter Detectors - M. Kiefer - MPP - 2012
Setup of a Neutron Scattering Facility for the Measurement of Scintillation Light Quenching Factors of Low-Temperature Detectors Used in the Direct Dark Matter Search Experiments CRESST and EURECA - C. Ciemniak - TUM - 2011
Neutron Background Simulation for the CRESST-II Experiment - S. Scholl - Tübingen - 2011
Analysis and Modelling for CRESST-II - A. Brown - Oxford - 2011
The CRESST Dark Matter Search - New Analysis Methods and Recent Results - J. Schmaler - MPP - 2010
The Detector Parameters Determining the Sensitivity of the CRESST-II Experiment - P. Huff - MPP - 2010
Development of Cryogenic Light Detectors with Neganov-Luke Amplification for the Dark Matter Experiments CRESST and EURECA - C. Isaila - TUM - 2010
Suche nach Dunkler Materie mit dem CRESST-II-Experiment - S. Pfister - TUM - 2010
Data analysis in the direct dark matter search experiment CRESST and calculation of the corresponding limit on the cross section of dark matter - M. Kimmerle - Tübingen - 2010

PhD 1999

Diffusion and Detection of Quasiparticles - M. Loidl - MPP - 1999  
CRESST - a Cryogenic Experiment for Dark Matter Search - M. Sisti - MPP - 1999