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12-14 June 2023
Mexico/General timezone
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We present a study of the 3D O(2) non-linear sigma model on the lattice at finite temperature near its second-order phase transition. We consider two disctinct actions: the standard action of this model and a proposed topological action. By analyzing critical exponents and a step-scaling function, we provide evidence that both actions belong to the same universality class. In our study, we investi
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Presented by Mr. Edgar LÓPEZ-CONTRERAS
Presented by Mr. Edgar LÓPEZ-CONTRERAS
on
14 Jun 2023
at
12:15
Presented by Mr. Alan Ignacio HERNÁNDEZ JUÁREZ
on
14 Jun 2023
at
12:45
Some asymmetries have been reported in $H^\ast\rightarrow ZZ$ decays, which may affect the $Z$ bosons decays to a pair of fermion-antifermion.
Presented by Dr. Alan Ignacio HERNÁNDEZ JUÁREZ
We present the consequences of the chiral symmetry restoration within the Yukawa model with spontaneous symmetry breaking. In order to observe chiral restoration, we calculate the effective potential in the high temperature approximation, we take into account one-loop corrections for boson and fermion fields, and ring diagrams correction for boson fields, where the plasma screening properties are
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Presented by Mr. Irving GASPAR
Presented by Mr. Irving Iván GASPAR GREGORIO
At the beginning of 2023, the Mexican government through CONACyT and the Joint Institute for Nuclear Research, JINR (Dubna, Russia) signed a Joint Declaration of Intent for scientific cooperation between the parties. In May of the same year, the installation and kick-off meeting of the Joint Coordination Committee of CONAHCyT and JINR took place. In this talk I summarize the possibilities for scie
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Presented by Dr. Alfredo RAYA
Presented by Prof. Alfredo RAYA
on
12 Jun 2023
at
12:30
Presented by Mr. César Omar RAMÍREZ ÁLVAREZ
La dispersión luz por luz (LbyL), $\gamma\gamma \to \gamma\gamma$, es un proceso raro del modelo estándar (SM) en el que dos fotones interactúan y producen otro par de fotones en el estado final. Este proceso ocurre en el orden más bajo en la electrodinámica cuántica (QED) a través de diagramas de caja virtuales, y está prohibido en la electrodinámica clásica. De manera experimental, se
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Presented by Mr. César Omar RAMÍREZ ÁLVAREZ
Presented by Mr. Rodrigo GUZMÁN CASTRO
on
12 Jun 2023
at
12:45
Data from heavy-ion collision experiments such as SPS, AGS and RHIC have shown a sharp peak in the ratio $K^+/\pi^+$ at a value $\sim$ 8 GeV per nucleon, whereas the ratio $K^-/\pi^-$ shows a monotonically increasing behaviour. The energy region in which this phenomenon occurs will be explored by the NICA experiment and is characterized by a high baryonic density. The statistical models predict th
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Presented by Mr. Rodrigo GUZMÁN CASTRO
Presented by Mr. Luis DELGADILLO FRANCO
on
13 Jun 2023
at
10:15
In this talk, we present our work regarding the robustness of the determination of the Dirac CP-phase at several long-baseline experiments: ESSnuSB, T2HKK, and DUNE. The precise determination of the leptonic CP phase is one of the major goals for future neutrino long-baseline experiments.
We use the non-standard neutrino interaction (NSI) formalism as a framework. We found that complementarity am
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Presented by Mr. Luis Angel DELGADILLO FRANCO
Exotic neutrino interactions arising from heavy new physics have been widely studied and searched for in different neutrino experiments. These can be studied in a model-independent framework by considering all the couplings allowed by the effective field theory (vector, axial, scalar, pseudoscalar, and tensor couplings).
In this talk, we will highlight the theoretical motivations for studying s
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Presented by Dr. Luis FLORES
Presented by Dr. Luis FLORES
on
14 Jun 2023
at
10:00
Ionization detectors based on detecting low-energy nuclear recoils have become an important recent tool to explore neutrino non-standard interactions, direct dark matter searches, etc. For these detectors, the electron ionization efficiency (quenching factor) is relevant to reconstruct the visible energy events. In this study, we present the recent updates to model the quenching factor in pure sil
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Presented by Dr. Sarkis Mobarak YOUSSEF
Presented by Mr. Ashish SEHRAWAT
on
13 Jun 2023
at
16:15
Precision luminosity measurements are an essential ingredient to cross section measurements at the LHC, needed to determine fundamental parameters of the standard model and to constrain or discover beyond-the-standard-model phenomena. The latest luminosity measurements of the CMS detector at the CERN Large Hadron Collider are reported. The absolute luminosity scale is obtained with beam-separation
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Presented by Mr. Ashish SEHRAWAT
Presented by Dr. Alexis AGUILAR-AREVALO
on
14 Jun 2023
at
09:00
Presented by Dr. Roger José HERNÁNDEZ-PINTO
on
12 Jun 2023
at
15:00
We present the 1-loop correction to the correlator of the heavy-heavy quark neutral current for the scalar and pseudoscalar cases. The computation is performed by using the weak magnetic field approximation in the fermion propagator. We show the analytic expression for these corrections at leading order and present their relevance in the context of the QCD Sum Rules at Finite Energy.
Presented by Ms. Gabriela FERNÁNDEZ
Presented by Leonid SERKIN
on
13 Jun 2023
at
16:00
The LHC produces a vast sample of top quarks - the heaviest known elementary particles. I will review three measurements in which I had a leading role within the ATLAS Collaboration. The first measurement, chosen as the ATLAS highlight at CERN’s Courier in September 2022, is the most precise measurement of the inclusive top quark pair production cross-section, σ(ttbar), at √s = 5.02 TeV. In a
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Presented by Leonid SERKIN
Hadrons are subatomic particles composed of quarks and gluons bound by the strong interaction.
The spectroscopy of hadrons is a challenging and active field of research that aims to understand the properties and structure of these particles. In this contribution, we investigate the ground state and radial excitation masses of hadrons using Bethe-Salpeter equations (BSEs), a non-perturbative appr
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Presented by Dr. Ángel MIRAMONTES
Presented by Dr. Ángel MIRAMONTES
on
13 Jun 2023
at
10:45
A novel method to differentiate the effects of Dirac and Majorana (D-M) neutrinos in four-body decays has been discussed in Phys. Rev. D 105 (2022) 113006. It is concluded in that Ref. that the back-to-back kinematic scenario seems to avoid the constraint imposed by the ‘practical Dirac-Majorana confusion theorem’ as one does not need to fully integrate over neutrino and antineutrino momenta.
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Presented by Mr. Juan MARQUEZ
Presented by Mr. Juan MARQUEZ
on
13 Jun 2023
at
10:30
Presented by Guadalupe MORENO GRANADOS
on
13 Jun 2023
at
10:00
Nowadays, experimental neutrino physics is going through an exciting moment due to the high-precision measurements, in huge detectors, expected from experiments to come, e.g. DUNE. At Fermilab in Chicago, Illinois there is a Short-Baseline Neutrino program (SBN) searching for sterile neutrino signatures. This program consists of three detectors that use the liquid argon time projection chamber tec
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Presented by Guadalupe MORENO GRANADOS
A review on the bakelite RPC (Resistive Plate Chambers) lab's preparedness and prospects at the Ecocampus Valsequillo of the Benemérita Universidad Autónoma de Puebla (BUAP)
Presented by Prof. Isabel PEDRAZA
Presented by Prof. Isabel PEDRAZA
on
12 Jun 2023
at
13:00
Tensor dark matter (TDM) is a recently explored proposal for describing dark matter (DM) as a spin-one field in the $(1,0) \oplus (0,1)$ representation of the homogeneous Lorentz group. In this work, we study the renormalization of the U(1) gauge theory for TDM at the one-loop level in the MS scheme. The interaction is found to be non-renormalizable due to the bad behavior of the TDM propagator in
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Presented by Mr. Armando De La Cruz RANGEL-PANTOJA
Presented by Mr. ARMANDO DE LA CRUZ RANGEL PANTOJA
on
12 Jun 2023
at
18:00
Presented by Mr. Nestor Raul MANCILLA XINTO
on
14 Jun 2023
at
10:30
The presentation of this work focuses on the adjustment to the efficiency of a double b tagger that identifies a fat jet resulting from the decay of the dark Higgs boson by scale factors in the context of dark matter searches, specifically using the dark Higgs model. Scale factors are calculated by applying the tagger in jets of a b quark enriched sample from data from LHC Run 2 and Monte Carlo si
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Presented by Mr. Nestor Raul MANCILLA XINTO
The search for exotic hadrons has overgrown since the first observation by the Belle collaboration in 2003, when observed a like-resonant structure in the exclusive decay B → X^{0}K → (J/ψπ^{+}π^{-})K. This state X does not match with the known charmonium states and the possibility of being an exotic state was considered. Its charged partner was searched in X^{-} → J/ψπ^{-}π^{0} but no
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Presented by Mr. Jordan Camilo CORREA ROZO
Presented by Mr. Jordan Camilo CORREA ROZO
on
12 Jun 2023
at
16:00
Presented by Mr. Youssef SARKIS MOBARAK
on
14 Jun 2023
at
10:15
We present a study of the 2- and 3-dimensional O(2) model, or XY model, out of equilibrium through Monte Carlo simulations. In particular, we analyze the dynamics of the topological defects of the system (vortices) when we linearly lower the temperature at various cooling rates, starting above the critical temperature, $T_c$, down to $T < T_c$. We test Zurek's prediction for the scaling behavior o
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Presented by Jaime Fabián NIETO CASTELLANOS
Presented by Jaime Fabián NIETO CASTELLANOS
on
14 Jun 2023
at
12:30
Presented by Mr. Diego PORTILLO
on
12 Jun 2023
at
17:45
The Scotogenic model is a popular scenario that induces radiative
Majorana neutrino masses and includes a weakly-interacting dark matter
candidate. We classify all possible ultraviolet extensions of the
Scotogenic model in which (i) the \textit{dark} $\mathbb{Z}_2$ parity emerges at
low energies after the spontaneous breaking of a global $\rm U(1)_L$
lepton number symmetry, and (ii) the low-e
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Presented by Mr. Diego PORTILLO
