9-13 August 2021
Mexico/General timezone
XIX Mexican School of Particles and Fields
Session. Hadrons and QCD 1
Date:
from 9 Aug 12:30 to 11 Aug 13:00
Conveners
-
9 Aug 12:30 - 14:30
Parallel Sessions
- Dr. Hernandez, Luis (Departamento de Física, UAMi)
- Dr. Cobos-Martinez, Javier (Universidad de Sonora)
-
11 Aug 11:00 - 13:00
- Dr. Hernandez, Luis (Departamento de Física, UAMi)
- Dr. Cobos-Martinez, Javier (Universidad de Sonora)
Timetable | Contribution List
Displaying 7
contributions
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7
The global polarization of $\Lambda$ and $\bar{\Lambda}$ has recently become a topic of great interest because it has been associated with the properties of the medium produced in relativistic heavy ion collisions. It has been studied the possibility that the global vorticity, produced in semi-central collisions, be estimated in terms of global polarization, since this is transferred to the degree
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Presented by Dr. Ivonne Alicia MALDONADO CERVANTES
on
9/8/2021
at
12:50
In recent years our understanding of the equation of state (EoS) of dense nuclear matter has been significantly improved by the analysis of multimessenger data from gravitational wave and radio and X-ray pulsars. The interpretation of such data established important constraints for physical observables as maximum mass, radius, and tidal deformability of a neutron star inspiral: to describe dense m
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Presented by Dyana DUARTE
on
9/8/2021
at
12:30
Recently, powerful quantum field theory techniques, originally developed to calculate observables in colliders, have been applied to describe classical observables relevant to gravitational wave physics. One of these techniques is the double copy, which suggests that the basis of the dynamics of general relativity is Yang-Mills theory. In this talk, I will first give a brief review of the framewo
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Presented by Leonardo DE LA CRUZ
on
9/8/2021
at
13:10
We provide an overview over Transverse Momentum Dependent (TMD) Parton Distribution Functions (PDFs). While we will also comment on TMD PDFs in general, we will focus on their use for the description of hadronic reactions in the so-called low x limit. Here $x = M^2/s$ and $M$ is the hard scale of the process, while $\sqrt{s}$ is the center of mass energy of the reaction. We will explain why this a
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Presented by Dr. Martin HENTSCHINSKI
on
9/8/2021
at
13:30