Gudrun Hiller (CERN) - Constraining BSM physics in c -> d l^+ nu transitions - Phenomenology of four lepton interactions at hi and lo pt

Jaime Ruz and Julia Vogel (TU Dortmund) - Characterization of multilayer mirrors for Dark Matter Detection - Radiopurity Measurement and Simulation of X-Ray Optics for the International Axion Observatory - Axion Emission from the ANTARES Supergiant - Black Holes as Laboratories for Dark Matter: Axion Trapping and Detection Prospects - High-Frequency Gravitational Waves: Detection via Resonant Cavities - X-Ray Microscopy for Small-Animal SPECT Imaging

Matteo Franchini (Bologna University) - MIDDLE: a deep learning tool for jet soft-muon tagging - Quantum Circuit Design and Simulation for Superconducting Qubits Coupled to Resonant Cavities in the QUARTET project - Development and Design of Quantum Machine Learning Methods for High-Energy Physics in the ATLAS experiment

LHCb-Dortmund group (part 2 of 2) - GPU-optimised RICH reconstruction for the HLT1 trigger at LHCb - Exploring flavour physics at FCCee - Measuring partice-antiparticle asymmetries in charm decays at LHCb - Module design and validation for the LHCb MightyTracker - Design of a diamond detector system for clinical applications - Sensitivity for the very rare decay B2ee with LHCb - Search for Lepton Flavor Violation in tau23mu decays with LHCb - Search for CP Violation in rare B+->Kmumu decays with LHCb - First look at strangeness production in Oxygen collisions with LHCb - Tune charm production in CR event generators to LHCb

Christian Glaser (TU Dortmund) - End-to-end optimization of the IceCube-Gen2 neutrino telescope with differential programming - Measurement of the LPM effect through radio flashes from in-ice neutrino interactions

Clermont groups

Andy Jung (Purdue University - USA)

• Andy Jung (Purdue University)
• Andy Jung

- Leverage ML/AI for ttbar quantum tomography in ttbar or Higgs final states - Detector R&D and Instrumentation for future wire chambers - AI/ML & quantum algorithm solutions for Applied Physics - Quantum Sensing

Andrea Knue (TU Dortmund) Testing statistical methods for a top-quark mass measurement