Coherent Neutrino Scattering: First Results from NUCLEUS

Coherent neutrino-nucleus scattering (CEvNS) is moving frontiers in low- energy neutrino physics. Upcoming experiments will enable precision tests of the Standard Model and will observe a rich spectrum of new fundamental neutrino physics. The NUCLEUS experiment uses cryogenic detector technology based on transition-edge-sensors (TES) operating at mK temperatures with world-leading energy thresholds in the 10 eV regime. After commissioning at TU München in 2024, the experimental setup will be moved to the Chooz nuclear power plant in France. At the Institute of High Energy Physics, a new data acquisition system for cryogenic detectors, the corresponding operating software and a special analysis framework are being developed and adapted for use in the NUCLEUS experiment. The data collected from the experiment is analysed for standard model precision experiments modern machine learning techniques to increase further sensitivity to achieve unprecedented sensitivity for new physics processes.