Triggered by the IceCube detection of astrophysical neutrino candidates in the range of PeV energies, we propose to investigate the sensitivity of future South Pole neutrino-detection experiments to the neutrino-nucleon cross section. By using the combination of up- and down-going data of neutrinos, sensible to neutral current processes one can disentangle particle physics from astrophysics […]
Speaker: Chandra Shekhar Sara (Korea Astronomy and Space Science Institute (KASI), Daejeon, South Korea) Title: Beyond LCDM with future surveys: Rubin LSST, SKAO and Simons Observatory
Title: "New constraints on modified gravity with dimension-six operators from gravitational waves" Speaker: Carlos Marat Reyes Martínez
Abstract: The nature of dark matter remains one of the biggest mysteries in modern science. With plenty of different possible candidates and a wide mass range, Weakly Interactive Massive Particles (WIMPs) usually rises as one of the most promising candidates. The direct detection experiment LUX-ZEPLIN (LZ) primarily searches for WIMPs using 7 tonnes of active […]
Abstract: Muon tomography is an imaging technique that exploits the limited flux of natural cosmic-ray muons to probe the interior of large and dense structures. At CEA Saclay, the development of this technology emerged from detector and electronics technologies originally developed for high-energy particle physics, and has since evolved towards applications far beyond fundamental physics. […]
Cristina Margalejo defiende su Tesis Doctoral: Searching for solar axions with ultra-low background Micromegas detectors in the IAXO pathfinder system at CAST.
Lecturer: Dr. Axel Lindner, Spokesperson of the ALPS II collaboration at DESY in Hamburg, Germany Abstract: ALPS II at DESY in Hamburg searches for axions — hypothetical particles that could help explain dark matter and other mysteries of modern physics. The experiment uses the “light-shining-through-awall” technique: laser light is sent toward a light-tight barrier, while […]
