Bureau

200-117

Bâtiment

200

Équipe / Service

PHYSIQUE DES HAUTES ENERGIES - Neutrinos

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Biographie

Experimental particle physicist, specialised in neutrino sciences since DPhil at the University of Oxford (2005-2001; UK). Scientist staff (CNRS since 2007; no teaching duties), currently affiliated with the IJCLab and former director (2014-2021) of the Underground LNCA at the EdF Chooz Nuclear Reactor (France). I invented LiquidO (2012) and led major operations, mainly in Double Chooz and JUNO experiments, where I invented today’s detector Dual Calorimetry System. Throughout my career, I acquired recognised expertise in neutrino physics, detection (design and optimisation), instrumentation hardware (optical readout, electronics and scintillation systems), simulations, and high-precision (absolute and relative) physics analyses, including complex multi-detector setups for permille systematics control. Currently, I serve as (co)spokesperson of different collaborations/projects, such as the SuperChooz Pathfinder (exploration since 2022; EdF-CNRS), CLOUD (since 2023; 11 countries), AntiMatter-OTech (since 2020; 5 countries with nuclear industry; EIC-UKRI funded), LPET-OTech (since 2021; CNRS-INSERM; ANR funded), Double Chooz (since 2017; 7 countries), and LiquidO (since 2016; 11 countries). I created most of the scientific international consortia and collaborations I worked on in the context of fundamental science and innovation, including the former JUNO-SPMT (8 countries). Academically, I am also active in mentoring (2 Marie Curie Intra-European fellows and 14 postdocs), supervision (14 PhD theses), scientific dissemination (including outreach), and tight international collaborations with institutions in the Americas, Asia and Europe. Today’s work is structured into three main scientific threads. First, high-precision neutrino physics focused on measurements of θ13 (Double Chooz, SuperChooz), θ12, δm2, ∆m2 (JUNO, SuperChooz), Mass Ordering (mainly JUNO), including new physics searches via the violation of fundamental symmetries such as Unitarity or CPT (CLOUD, SuperChooz). Second, exploring the novel scientific opportunities with LiquidO in neutrino physics (sun, reactors, accelerators, geoneutrinos, supernovae, etc.) and rare decays (ββ, proton, etc.). Third, the development of OTech projects on potential innovation for medical and nuclear (EdF) industries and cooperation with instrumentation-specialised industry (Kuraray).

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Compétences

FUNDAMENTAL RESEARCH IN NEUTRINO & RARE DECAY PHYSICS DETECTION, INSTRUMENTATION, PHYSICS ANALYSIS, SIMULATION, CALIBRATION. SUPERCHOOZ, CLOUD/AM-OTECH, LIQUIDO, LPET-OTECH, DOUBLE CHOOZ, ), JUNO

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INSPIRE: https://inspirehep.net/authors/1014796
ORCID: https://orcid.org/0000-0001-5713-3347
LINKEDIN: https://www.linkedin.com/in/anatael-cabrera-36989728
TWITTER: https://twitter.com/anataelcabrera
LiquidO WEB: https://liquido.ijclab.in2p3.fr
SuperChooz WEB: https://liquido.ijclab.in2p3.fr/superchooz
CLOUD WEB: https://liquido.ijclab.in2p3.fr/nucloud
AntiMatter-OTech WEB [EIC]: https://antimatter-otech.ijclab.in2p3.fr
LPET-OTech WEB [ANR]: https://lpet-otech.ijclab.in2p3.fr

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