GDR Neutrino meeting June 25-26 2019

25 juin 2019, 10:30 → 26 juin 2019, 18:00 Europe/Paris

25-26 juin 2019 LPNHE, Paris

                               

Le Groupement de Recherche (GDR2918 CNRS) NEUTRINO fédère les équipes de recherche du CEA et du CNRS travaillant autour de la physique du neutrino que ce soit au niveau expérimental ou théorique.

Le laboratoire LPNHE (Université Pierre et Marie Curie) organise les prochaines réunions plénières du GDR Neutrino. Elles auront lieu le mardi 25 juin 2019 à partir de 14 h et le mercredi 26 juin 2019 de 9 h à 18h, dans l’amphithéâtre Charpak.

Une séance fermée du conseil de groupement aura lieu le lundi matin 25 juin à 10h30.

Pour participer à ces journées, vous êtes invités à vous enregistrer dès maintenant en complétant le formulaire proposé.

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The NEUTRINO Research Group (GDR) gathers CEA and CNRS research teams working on Neutrino Physics on experimental or theoretical level.

The LPNHE laboratory (University of Pierre et Marie Curie Paris) is organizing the next GDR plenary meeting. The sessions will be held in the Turing Amphitheater.

The meeting will start on Tuesday June 25th at 14:00 and continue on Wednesday June 26th (9:00-18:00). A restricted meeting of the GDR Council (Conseil de Groupement) will be held on Tuesday morning at 10:30.

You are kindly requested to register for this GDR neutrino meeting as soon as possible (not later than June 21st) by filling the form available on this web page.

mar. 25 juin

10:30 → 12:30 Conseil de Groupement (Salle des conseils 12-13-RC-11)

Président de session: Dominique Duchesneau (LAPP CNRS/IN2P3)

14:00 → 18:10 GDR Neutrino GT4 session: Accélérateurs, Moyens de détection, R&D et valorisation: (Amphi Charpak)

Présidents de session: Dr Andrea Giuliani (CSNSM - CNRS/IN2P3), Eric Baussan (IPHC/DRS/Euronu WP2)

14:00 Probing new physics with Coherent Elastic Neutrino-Nucleus Scattering and the future Ricochet experiment

The measurement of Coherent Elastic Neutrino-Nucleus Scattering (CENNS) has been a holy grail in neutrino physics since its prediction almost 40 years ago, and has now become a burgeoning field of research following its recent discovery by the COHERENT collaboration in July 2017. Following this first detection, the future Ricochet experiment aims at searching for new physics in the electroweak sector by providing the first low-energy and high-precision measurement of CENNS down to the O(10) eV energy-scale, where new physics signatures may arise. These include for instance the existence of sterile neutrinos and of new mediators, that could be related to the DM problem, and the possibility of Non Standard Interactions that would have tremendous implications on the global neutrino physics program. Thanks to a recently awarded ERC starting grant, the collaboration is building a kg-scale cryogenic detector, with outstanding sensitivity to low-energy nuclear recoils, that will be deployed at an optimal nuclear reactor site within the forthcoming Ricochet neutrino experiment. The key feature of this proposed detector technology is to combine two target materials: Ge-semiconductor and Zn-superconducting metal, both achieving O(10) eV energy thresholds with unparalleled background rejection capabilities. As this proposed detector, called CryoCube, is expected to reach a 5-sigma level CENNS detection significance in a only a couple of days at a nuclear reactor site as ILL, it will be uniquely positioned to probe various new physics scenarios after only one year of data taking

Orateur: Thomas Salagnac (LPSC)

Ricochet_GDR_Neutrino_2019.pdf

14:30 DAMIC-M

The DAMIC experiment uses thick fully-depleted charge-coupled devices (CCDs) to search for low-mass dark matter particles. The low pixel readout noise and leakage current make DAMIC extremely sensitive to ionization signals from the interaction of dark matter particles with nuclei or electrons in the silicon target. The CCDs' excellent energy and spatial resolutions, provide unique capability to identify surface and bulk radioactive backgrounds. Since early 2017, DAMIC has collected data with 40-gram silicon target installed in the SNOLAB underground laboratory. An upgrade of the detector, DAMIC-M, to be installed at the Laboratoire Souterrain de Modane, features a kg-size silicon target and unprecedented single electron resolution resulting in a detection threshold as low as 2 ionized electrons. We will review the key components of the experiment, the current results and the status of DAMIC-M

Orateur: Mariangela Settimo (SUBATECH Nantes, CNRS/IN2P3)

DAMIC_GDRnu_2019.pdf

15:00 Analysis of the light production and propagation in the 4 tonne dual-phase demonstrator

The Deep Underground Neutrino Experiment (DUNE) is a new generation long-baseline neutrino detector conceived to answer fundamental questions regarding neutrino physics. DUNE proposed to increase the sensitivity on the CP-violation, and search for supernova neutrino burst and proton decays. To pursuing these goals, DUNE planned to install four giant Liquid Argon (LAr) Time Projection Chambers (TPC) with an active volume of 10-kton, using both single and dual- phase (DP) technology. The latter provides charge amplification before collection in the gaseous phase but, so far, it has never been tested in such a big scale. A DUNE DP prototype (ProtoDUNE-DP, 6x6x6 m3 LAr volume) is currently being constructed at CERN. In 2017, a DP 4 tonne demonstrator of 3x1x1 m3 volume took cosmic data and exhibited good performance in terms of charge extraction and light collection. The photon detection system in these detectors is crucial to provide the trigger signal for rare non-beam events, to give an absolute time reference for the charge and to complementary calorimetry.
An overview of the 3x1x1 light detection system performance will be presented. Preliminary results on the electron recombination in the LAr, the de-excitation mechanisms of LAr atoms, sensitivity on the LAr optical parameters and on the LAr purity monitoring will be shown.

Orateur: Chiara Lastoria (CIEMAT)

GDRParis_25062019_CLastoria.pdf

15:30 Coffee break

16:00 ProtoDUNE-DP construction and status

Orateur: Dominique Duchesneau (LAPP CNRS/IN2P3)

ProtoDUNE-DP-duchesneau-250619.pdf

mer. 26 juin

10:00 → 10:30 Working Group GT3: Neutrinos dans l'Univers

Présidents de session: Dr Antoine Kouchner Kouchner (Laboratoire APC), Dr Cristina VOLPE (IPN)

10:00 Potentiel de KM3NET sur les neutrinos de Supernova

Orateur: Marta Colomer (APC)

GDR_june2019_CCSN_KM3NeT.pdf

10:30 → 11:00 Coffee break

11:00 → 12:30 Working Groupe GT1: Détermination des paramètres du neutrino

Présidents de session: Guillaume MENTION (CEA Saclay), M. Laurent SIMARD (LAL)

11:00 CUPID

Orateur: Anastasiia Zolotarova

CUPID_GDR2019_Zolotarova_V4.pdf

11:30 STEREO

Orateur: Adrien Blanchet (CEA Saclay)

GDR_June_2019.pdf

12:00 Status and future of T2K: the ND280 upgrade

Orateur: Laura Munteanu (CEA)

GDR presentation 25_06_2019.pdf

12:30 → 14:00 Lunch

14:00 → 15:00 Working Group GT2: Physique au-delà du Modèle Standard

Présidents de session: Ana M. Teixeira (LPC Clermont), Dr Stéphane Lavignac (SPhT Saclay)

14:00 Probing neutrino transition magnetic moments with coherent elastic neutrino-nucleus scattering

Orateur: Dimitris Papoulias (IFIC (CSIC-Valencia U.))

papoulias_GDR_Paris.pdf

14:30 LNV and LFV semileptonic decays from interfering Majorana neutrinos

Orateur: Dr Xabier Marcano (LPT, Orsay)

GDRneutrino19marcano.pdf

15:00 → 15:30 Working Group GT5: Outils communs aux groupes de travail

Présidents de session: Prof. Alessandra Tonazzo (APC Paris), Dr Anselmo Meregaglia (IPHC Strasbourg)

15:00 CERN Neutrino platform and outreach

Orateur: Stefania Bordoni (CERN)

CERNNP_sbordoni.pdf

15:30 → 16:00 Coffee break