Conveners
Global projects: Session 1
- Cristian Roca (LLNL)
Global projects: Session 2
- Sertac Ozturk (Istinye University)
Global projects: Session 3
- Carl Metelko
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Sofia Andringa (LIP)20/09/2023, 10:45Talk
SNO+ is a multi-purpose experiment located at SNOLAB in Canada, with the main goal to search for neutrinoless double beta decay but measuring also neutrinos from several sources. In an earlier phase, SNO+ has made the first ever observation of reactor antineutrinos in a pure water Cherenkov detector. Presently, the water has been replaced by liquid scintillator, making SNO+ sensitive to...
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Lucas Nascimento Machado (University of Glasgow)20/09/2023, 11:05Talk
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Thiago Bezerra (University of Sussex)20/09/2023, 11:25Talk
The latest results of the DoubleChooz experiment in the context of applied antineutrino detection will be summarised in this talk. DoubleChooz experimental set-up, based at the EDF Chooz nuclear reactor (France), offers full reactor power modulation data. This enables DoubleChooz to achieve today’s world precision on the reactor flux measurement using reactor-on data and a precise spectral...
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Bryce Littlejohn (IIT)20/09/2023, 11:45Talk
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Yury Shitov (IEAP CVUT, Prague, Czechia)20/09/2023, 12:05Talk
DANSS is a highly segmented solid-state scintillation spectrometer that detects up to 5000 reactor antineutrinos at a distance of 10-13 m from the industrial nuclear reactor (4 units, 3.1 GW) of the Kalinin NPP. Taking into account the low background (only 2%), this makes it possible to search for oscillations into sterile neutrinos in the ∆m2 ⊂ ( 0,02−5,0) eV2 region. Results will be...
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Keegan Walkup (Virginia Tech)20/09/2023, 13:25Talk
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Carl Metelko20/09/2023, 13:45Talk
VIDARR (Verification Instrument for
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the Direct Assay of Radiation at Range (VIDARR) is a ~2 tonne plastic scintillator detector doped with gadolinium designed to measure the anti-neutrino flux from reactor cores at a safe distance outside the core. The detector will shortly be deployed at Sellafield to detect anti-neutrinos from nuclear waste. A description of the detector and deployment will... -
Nathaniel Bowden (Lawrence Livermore National Laboratory)20/09/2023, 14:05Talk
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Byeongsu Yang (Seoul National University)20/09/2023, 14:25Talk
We report the status of Reactor Experiment for Neutrino and Exotics (RENE),
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which primarily aims to search for the sterile neutrino oscillation at $\Delta m_{41}^2 \sim 2 eV^2$.
The joint study of RENO and NEOS experiments showed a hint for the sterile neutrinos
at $\Delta m_{41}^2 \sim 2.4 eV^2$ and $\sim 1.7 eV^2$, which overlap with the allowed region by the Reactor Anti-neutrino... -
Jason Newby (Oak Ridge National Laboratory)20/09/2023, 15:10Talk
The first observations of coherent elastic neutrino nuclear scattering (CEvNS) on multiple nuclei were recently made by the COHERENT experiment at the Spallation Neutron Source at the Oak Ridge National Laboratory. This basic interaction now lays the foundation for a new era in developing compact neutrino detectors as well as a new probe of physics topics including electromagnetic properties,...
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Christian Buck (MPIK Heidelberg)20/09/2023, 15:30Talk
The CONUS reactor antineutrino experiment studies coherent elastic neutrino nucleus scattering (CEνNS) on germanium nuclei. For several years, the experiment was collecting data at about 17 m distance from the 3.9 GWth reactor core of the nuclear power plant in Brokdorf, Germany. Very low energy thresholds of about 210 eV were achieved in four 1 kg point contact germanium detectors equipped...
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Mark Lewis (Donostia International Physics Center)20/09/2023, 15:50Talk
The recent detection of coherent elastic neutrino-nucleus scattering (CEνNS) enables neutrino investigations of new physics with small-size detectors. However, CEνNS generates signals at the few- or sub-keV levels, requiring very sensitive detector technologies. High-yield neutrino sources, including power reactors, provide the fluxes required for definitive explorations of the...
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Hans Steiger20/09/2023, 16:10Talk
The Taishan Antineutrino Observatory (TAO or JUNO-TAO) is a satellite detector for the Jiangmen Underground Neutrino Observatory (JUNO). JUNO will use reactor antineutrinos at
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a baseline of ~ 53 km to probe the interference effects between the two atmospheric mass-squared differences, which are sensitive to the sign of the mass ordering. Located near the Taishan-1 reactor, TAO independently... -
Pierre-Alexandre Petitjean (ULB-IIHE)20/09/2023, 16:30Talk
The Jiangmen Underground Neutrino Observatory (JUNO) is a medium-baseline reactor neutrino experiment under construction in China. It consists of a 20 kt liquid scintillator detector designed for neutrino physics. The main objective of the experiment is to determine the neutrino mass ordering by measuring the energy spectrum of reactor antineutrinos from eight neighboring cores. Also, JUNO...
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