Event calendar file
24-28 November 2025
Pontificia Universidad Católica de Chile; Campus San Jaoquín
Chile/Continental timezone
- saul.ortiz@umich.mx
Support
Poster Session
Place
Location: Pontificia Universidad Católica de Chile; Campus San Jaoquín
Address: Av. Vicuña Mackenna 4860, 7820436 Macul, Región Metropolitana, Chile
Room: Ninoslav Bralić Auditorium
Date:
25 Nov 16:30 - 17:00
Timetable | Contribution List
Displaying 6
contributions
out of
6
The impact of magnetic fluctuations on the $\lambda\phi^4$ theory is analyzed by modeling these fluctuations as white noise following the theory from [1] and examining their averaged effect in the weak field regime ($|eB| \ll m^2$). This way, it is found that the first-order contribution of order $\Delta_Be^2$ to the two-point correlation function manifests as a self-energy correction, leading to
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Presented by Mr. Julian TOVAR
on
25/11/2025
at
19:30
We consider the effects of a noisy weak electric field over the two-point and four-point correlation functions of a self interacting complex scalar field theory, as an approach to the extreme physical conditions reproduced in scenarios such as relativistic heavy-ion collisions. The bosonic propagator in presence of a constant electric field is derived using the Schwinger-Fock proper time method. T
... More
Presented by Mrs. Melanie MARTÍNEZ VILLARREAL
on
25/11/2025
at
19:35
Experiments with non-central relativistic heavy ions collisions produces a Quark-gluon plasma with the higher vorticity ever observed in nature. This leads us to want to find the physical phenomena hidden in the behavior of this system. For that, some expectation values are calculated by effect of the rotating fermionic gas, with a rigid rotating model and a fixed particle number thinking in a fre
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Presented by Mr. Camilo GONZÁLEZ
on
25/11/2025
at
19:50
We investigate the behavior of pion and rho meson decay constants in the presence of a uniform external magnetic field oriented along the z-axis. The analysis is based on the study of two-point correlation functions ⟨AA⟩, ⟨AP⟩, ⟨PP⟩, and ⟨VV⟩, where A, V, and P denote axial-vector, vector, and pseudoscalar currents, respectively. The quark propagators are described using the Schwin
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Presented by Mr. Rosas MIGUEL
on
25/11/2025
at
19:45
We will present the calculation of the polarization tensor of a photon in the presence of electric fields, to 1-loop order. We will analyze the behavior of the imaginary part of the polarization tensor as a function of the electric field strength, in order to observe the changes produced by the electric fields present in the probability of producing dileptons. The result will be shown considering
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Presented by Mr. Juan Daniel MARTÍNEZ SÁNCHEZ
on
25/11/2025
at
19:40
The inverse magnetic catalysis (IMC) of chiral symmetry breaking in Quantum Chromodynamics (QCD), as predicted by Lattice QCD simulations, can be successfully reproduced within the Nambu–Jona-Lasinio (NJL) model when the coupling constant decreases with the magnetic field strength B and temperature T. In order to mathematically model this phenomenon, a thermo-magnetic dependence of the coupling
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Presented by Mr. Jose Luis FLORES PON
on
25/11/2025
at
19:55
