Representación y análisis de los procesos de desintegración de las partículas subatómicas aplicando el formalismo del Análisis de Redes

Abstract

Comprender el estado final de colisiones de partículas de altas energías es un problema teórico y experimental extremadamente difícil, por esta razón, la comunidad de física de altas energías (High Energy Physics) (HEP) ha ido recurriendo a herramientas informáticas, entre ellas se encuentran bases de datos que describen los procesos de desintegración de las partículas subatómicas. Gracias a esta información las relaciones de partículas se pueden explorar bajo análisis de redes. Por medio de la representación gráfica como también el método de análisis estructural para dar explicación de las relaciones entre comunidades e individuos con las relaciones entre partículas subatómicas descubiertas en el contexto de procesos de desintegración. (Texto tomado de la fuente)

Understanding the nal state of high energy phisics collisions is an extremely di cult theoretical and experimental problem because it has been found that the interrelationships of particles during collisions can lead to complex problems. Because of this, many techniques have been developed to solve these types of problems, leading to the development of Monte Carlo simulations to be used to compare the collisions and determine the geometry and other parameters of the detector positions. For these reasons, the high-energy physics (HEP) community has been looking for software tools, including EvtGen, which contains databases describing decay processes, and more. On EvtGen, there are process explaining the transition of the particle state into a series of resulting states that are generally stable relative to the original state. Considering one of those database, a set of relationships between particles, which led to the starting point of this work, as particle relationships can be studied under network analysis. The relationship between subatomic particles found in decay processes is described and measured through graphical representations, as well as structural analysis methods studied in many branches of research, primarily to describe and measure the relationship between communities and individuals. By looking for possible rules that describe intrinsic physical properties in new ways, measures are sought that provide information about these transformation processes and allow direct and indirect relationships to be established within the measurement framework.