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Theses
- Skipping to the Finish Line: Sub-Electron Resolution Measurements with DAMIC-M CCDs for Dark Matter Detection; The University of Chicago, USA
Julian J. Cuevas-Zepeda - Results from a 3.1 kg day Target Exposure with Skipper CCDs from DAMIC at SNOLAB and other Beyond the Standard Model Searches with Semiconductor Detectors; University of Washington, USA
Alexander Piers - Search for Light Dark Matter with the DAMIC-M experiment; Ecole nationale superieure Mines-Telecom Atlantique, France
Claudia de Dominicis - Search for Light Dark Matter and Exploration of the Hidden Sector with the DAMIC at SNOLAB and DAMIC-M Charge-Coupled Devices; Sorbonne University, France
Michelangelo Traina - Development and characterization of novel electronics for the search of dark matter for DAMIC-M; Sorbonne University, France
Georgios Papadopoulos - Cameras in the Dark: Direct Detection of Dark Matter with Charge-Coupled Devices; The University of Chicago, USA
Ryan Thomas - Searching for Light Dark Matter with DAMIC at SNOLAB and DAMIC-M: Investigations into Radioactive Backgrounds and Silicon Skipper Charge-Coupled Devices; The University of Chicago, USA and Sorbonne University, France
Ariel Y. Matalon - Particles Taking Selfies: Investigations into Light Dark Matter Using Silicon Charge Coupled Devices; The University of Chicago, USA
Karthik Ramanathan - Recherche de matiere sombre legere avec des CCDs de l'experience DAMIC a Snolab; Sorbonne University, France
Joao Miguel da Rocha - Direct Dark Matter Detection with the DAMIC experiment at SNOLAB; The University of Chicago, USA
Jing Zhou
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