Event calendar file
8-10 September 2022
Virtual
Mexico/General timezone
XXXVI Annual Meeting of the Division of Particles and Fields
- dpyc.smf.adms@gmail.com
Support
Poster session
Place
Location: Virtual
Room: https://us06web.zoom.us/j/85040775843?pwd=ZnRsQkgxKzBPdStoY0Z5OU5QQ3p4QT09
Date:
8 Sep 16:30 - 18:00
Conveners
-
Videos with explanations of the posters can be found at: https://www.youtube.com/playlist?list=PLYsXYNeecNMP85iyHkc-L-Z6xOHe7vvvr
- Dr. Convener: Cordero-Cid, Luz Adriana (Benemérita Universidad Autónoma de Puebla)
Contribution List
Displaying 10
contributions
out of
10
Observaciones astrofísicas como cosmológicas confirman la existencia de materia oscura fría no bariónica y establecen que debe sumar alrededor de una cuarta parte de la energía total del Universo. Si bien, una gran variedad de candidatos a materia oscura ha sido propuesta, uno de los candidatos más prometedores son las partículas masivas débilmente interactuantes (WIMPs). Para su búsqueda
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Presented by Ms. Alejandra CERVANTES
on
8/9/2022
at
21:30
Correcciones de aceptancia y eficiencia en la producción de Upsilon (1S) en colisiones protón-protón
A altas densidades de energía y temperatura la materia nuclear ordinaria sufre una transformación de fase, en la que los quarks y gluones originalmente confinados en los hadrones se encuentran libres. A este nuevo estado de la materia, que se cree existió en los primeros instantes después del Big Bang, se le conoce como Plasma de Quarks y Gluones. En el laboratorio se recrea este plasma usando
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Presented by José Daniel GAYTÁN VILLARREAL
on
8/9/2022
at
21:30
The TOTal cross-section, Elastic scattering, and diffraction dissociation Measurement (TOTEM) is one of the Large Hadron Collider (LHC) experiments. TOTEM is symmetrically installed in the LHC sectors 45 and 56 beamlines having a total extension of about 400 m and being located around the CMS interaction point (IP5). TOTEM originally consisted of a set of movable detectors named Roman Pots (RPs)
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Presented by Ms. Nadia LEAL
on
8/9/2022
at
21:30
En este trabajo se emplea el modelo de materia oscura simplificado en la búsqueda de alguna señal en estados finales γ E̸T, que pueden ser producidos en colisiones protón-protón. Además, se presentan las variables dinámicas de los diferentes eventos de fondo haciendo uso del programa MadGraph5_aMC@NLO para la simulación de estos, al igual que la señal de materia oscura. Finalmente, se
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Presented by Mr. Felipe de Jesús MARTINEZ
on
8/9/2022
at
21:30
We study the energy dependence of the cross-section for exclusive photo-production of vector mesons J/Psi and its excited state Psi(2s) with the goal to find possible signs for the onset of non-linear QCD dynamics. Our study is based on two dipole models: the Golec-Biernat, Wuesthoff Model (GBW) and the Bartels, Golec-Biernat, Kowalski Model (BGK). In both models, non-linear effects are simulated
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Presented by Mr. Marco Alcazar ALCAZAR PEREDO
on
8/9/2022
at
21:30
The detection of a single Higgs boson at the Large Hadron Collider (LHC) has allowed one to probe some properties of it, including the Yukawa and gauge couplings. However, in order to probe the Higgs potential, one has to rely on new production mechanisms, such as Higgs pair production. In this paper, we show that such a channel is also sensitive to the production and decay of a so-called `Flavo
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Presented by Marco Antonio ARROYO UREÑA
on
8/9/2022
at
21:30
The Scotogenic model is a minimal extension to the Standard Model, which allows describing neutrino masses induced at one loop level. In addition, this model contains a scalar or fermionic Dark matter candidate. The inclusion of a second Higgs doublet inert and heavy right-handed neutrinos, both odd under Z2 symmetry, allow these new physics issues. In the scalar sector, new interactions appear, a
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Presented by Moises ZELENY MORA
on
8/9/2022
at
21:30
The purpose of this work is to illustrate the use of Quantum Machine Learning (QML) in the area of High Energy Physics (HEP). Specifically, a quantum-classical algorithm is developed for the classification of jets generated in proton-proton collisions. These data, simulated by Pythia and Delphes software, are processed to form a set of calorimetric images. This dataset is used to train, first, a
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Presented by Mr. Luis Roberto CERVANTES GUEVARA
on
8/9/2022
at
21:30
Despite the discovery of the Higgs boson in 2012, some questions remain open. Thus the introduction of new models that help to explain the remaining pieces is needed. For this purpose, improving the actual particle identification methods, like b tagging, are necessary since b quarks could be the entry to new physics because of their properties. The study aims to correct the double-b tagging effi
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Presented by Mr. Nestor Raul MANCILLA XINTO
on
8/9/2022
at
21:30
Nuestro conocimiento actual de las partículas elementales y sus interacciones está basado en sólidos fundamentos teóricos que son plasmados en el Modelo Estándar (ME) de física de partículas elementales. Esta teoría proporciona una descripción unificada de las interacciones débiles, fuertes y electromagnéticas; explicando satisfactoriamente los resultados experimentales, salvo aisladas
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Presented by Mr. Tomás Antonio VALENCIA PÉREZ
on
8/9/2022
at
21:30
