July 2024
Bio Platform: experiment “DNA damage in yeast in low background radiation”
During the week of July 15, the first round of the PB-08-23: "DNA damage in yeast in low background radiation" was carried out. The aim of this experiment is to study the effects of low background radiation (LRB) on the stability of the mitochondrial DNA of S. cerevisiae (yeast) and on the enzymatic reactions involved in cellular respiration. In the upcoming rounds, the number of generations exposed to the LBR will be increased.
Preliminary 6-year exposure ANAIS-112 results
IDM2024 Conference: Preliminary 6-year exposure ANAIS-112 results on dark matter annual modulation. Iván Coarasa (University of Zaragoza) presented the preliminary results of 6 years of ANAIS-112 data on dark matter annual modulation at the IDM2024 conference in L’Aquila, Italy.
Alfa magazine “sneaks into” the LSC
Alfa, la revista de seguridad nuclear y protección radiológica del Consejo de Seguridad Nuclear (CSN), dedica su portada al Laboratorio Subterráneo de Canfranc, manteniéndose fiel a su espíritu de promover el conocimiento científico y tecnológico de forma accesible y sencilla. Enlace: https://www.csn.es/noticias-csn/2024/-/asset_publisher/zfXTQAgA3izm/content/la-revista-alfa-se-cuela-en-el-interior-del-laboratorio-subterraneo-de-canfranc
Carlos Peña Garay, director of the LSC, has been elected new Chair of the APPEC General Assembly
Carlos Peña Garay, director of the Canfranc Underground Laboratory, has been elected new Chair of the APPEC General Assembly. His presidency will begin on 1 January 2025 and he will succeed Andreas Haungs. The Astroparticle Physics European Consortium (APPEC) represents the astroparticle physics community views in Europe’s decision-making process for the long-term future of the field. The General Assembly, formed by directors of major astroparticle physics...
June 2024
LSC Seminars: “Coating based radon barriers for future rare event searches”
Florian Jörg, a researcher at the Max Planck Institute in Heidelberg and part of the XENON collaboration, has presented a novel technique to reduce radon emanation in materials used in rare event experiments. By using copper electrodeposition, they managed to reduce emanation rates in steel by over 1000 times with just a few microns of coating. DOI: https://doi.org/10.1016/j.apradiso.2023.110666
New setup of DAMIC-M collaboration at LSC
Since last week, the LSC has a new cutting edge setup for reading scientific charge-coupled devices (CCDs) with an extraordinary capability: they can count electrons! This breakthrough brings us closer to the ambitious and fascinating goal of building a radio-purity service capable of detecting very low-energy radiation and the weakest signals. It is currently in the commissioning phase, where the equipment is being tested, but environmental background measurements are expected soon.