11-13 May 2021
Mexico/General timezone
- jose.benitez@cern.ch
Support
Instrumentation, computational and accelerators physics
Date:
12 May 15:15 - 16:06
Conveners
-
- Prof. Pedraza, Isabel (Universidad Autónoma de Puebla)
Timetable | Contribution List
Displaying 3
contributions
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3
Type: Talk
Session:
Instrumentation, computational and accelerators physics
Track: Instrumentation, computational and accelerators physics
Nuclear reactors offer a great opportunity to study neutrinos due to their high antineutrino flux, but their detection through coherent elastic neutrino-nucleus scattering (CEvNS) is challenging given the need for sub-keV thresholds and great background identification.
In this talk we will discuss the physics potential of a liquid argon bubble chamber, a novel CEvNS reactor detector currently u
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Presented by Dr. Luis FLORES
on
12/5/2021
at
20:32
Type: Talk
Session:
Instrumentation, computational and accelerators physics
Track: Instrumentation, computational and accelerators physics
References
[1] First liquid argon test of the X-ARAPUCA, E. Segreto et al 2020 JINST 15 C05045
[2] Volume IV. The DUNE far detector single-phase technology, B. Abi et al 2020 JINST 15 T08010
Presented by Marco Alberto AYALA TORRES
on
12/5/2021
at
15:15
Type: Talk
Session:
Instrumentation, computational and accelerators physics
Track: Instrumentation, computational and accelerators physics
- Brief introduction to amplitude analysis.
- Introduction to TensorFlow [[1]] and its use as a compute engine for High Energy Phyiscs.
- Implementation of amplitude analysis using TensorFlow.
- Multi-dimensional density estimation using artificial neural networks and its application in the description of efficiency corrections and background contributions in amplitude analysis. [[arXiv:1902.01
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Presented by Mr. Raul Iraq RABADAN TREJO
on
12/5/2021
at
20:49