Film and Science II: Supermaterials
Film and Science II: Supermaterials. From November 12th to 15th, we have a new edition of the series that combines film and scientific outreach, organized by INMA, CAPA and the
Film and Science II: Supermaterials. From November 12th to 15th, we have a new edition of the series that combines film and scientific outreach, organized by INMA, CAPA and the
POSTPONED – “Hunting for dark matter” gymkhana: Friday, October 30, starting at 5:30 p.m. On October 31st, “Dark Matter Day” is celebrated worldwide with the aim of sharing with the
Title: Not Too Big, Not Too Small: Bridging the Gap Between C-O White Dwarfs and Type IIP Supernova Progenitors. A challenge for underground nuclear astrophysics. Speaker: Oscar Straniero, Research from the
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
The neutrino is perhaps the most mysterious elementary particle. Theoretically postulated in 1930 as a “ghost” particle accompanying the electron in beta decay, it was not experimentally confirmed until 1956,
Title: The saga of muon tomography at CEA Saclay: from high-energy particle detector developments to societal applications. Lecturer: David Attié, Institute of Research into the Fundamental Laws of the
Lecturer: Alberto Usón, Institute for Particle and Nuclear Physics at the School of Physics and Astronomy, University of Edinburgh. Abstract: The nature of dark matter remains one of the
This summer, CAPA commissioned its new dilution refrigerator. The Bluefors LD250 model reaches temperatures below 10 mK (about 270 times lower than the temperature of deep space) and opens up
Great news for BabyIAXO. The German Research Foundation (DFG) has approved €6 million for the construction of its magnet system, a key component of the experiment that will be installed
Probing Lorentz Invariance Violation with energy-resolved gamma-ray burst timing Lecturer: Wladimiro Leone, University of Palermo (Italy) Abstract: Quantum gravity theories suggest that, at energies close to the Planck scale, the