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Nous procéderons à une opération de maintenance le mercredi 12 mars 2025 à 8h00 (CET).

  • Indico sera indisponible durant cette opération.
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We will be performing maintenance on Wednesday, March 12, 2025, at 8:00 AM (CET).

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  • The estimated downtime is one hour.
17–23 oct. 2021
Village La Fayette - La Rochelle
Fuseau horaire Europe/Paris

Silicon trackers for neutrino tagging at long baseline experiments

18 oct. 2021, 17:56
23m
Village La Fayette - La Rochelle

Village La Fayette - La Rochelle

Avenue de Bourgogne, 17041 La Rochelle, France http://www.seminaire-conference-la-rochelle.org https://goo.gl/maps/c2X8hqd9maRShkCm8 The centre is located at about 5 km from the La Rochelle train station (Gare de La Rochelle) and at about 5 km from the La Rochelle airport (Aéroport de La Rochelle-Ile de Ré). The organization will provide a shuttle transportation from both the train station and the airport to the site in the evening of the first day, and from the site to the train station and the airport in the morning of the last day.
Instrumentation Instrumentation

Orateur

Bianca DE MARTINO ({CNRS}UMR7346)

Description

With the project of neutrino tagging, we propose a new way to study the yet unknown parameters of neutrino physics. The neutrino tagging technique consists in instrumenting the beamline of a long baseline experiment with Silicon trackers, that can precisely measure the properties of the charged particles that participate in a two-body decay, producing neutrinos. The properties of a state-of-the-art Silicon tracker, especially its time resolution, allow for a one-to-one match with neutrinos detected after oscillations at the far detector, granting unprecedented precision on the measurement of the neutrino energy and of the parameters of neutrino physics, such as the CP violating phase. The aim of the project is to demonstrate the feasibility of this technique, first by studying the factors that affect the time resolution of Silicon trackers, and then by performing the neutrino tagging technique on data from the NA62 experiment, exploiting the properties of its performing tracker and its calorimeters.

Auteur principal

Bianca DE MARTINO ({CNRS}UMR7346)

Documents de présentation