DOI: 10.35537/10915/48098
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Formalismo de línea de mundo en teorías no conmutativas

Abstract: La unificación de las fuerzas descriptas en el modelo estándar y gravitatoria en una teoría de la gravedad cuántica es quizás el problema más importante, desde el punto de vista teórico, a resolver por la física actual. La teoría cuántica de campos (TCC) no conmutativa (NC) se ha establecido en los últimos años como un posible modelo efectivo de la gravedad cuántica debido, fundamentalmente, a las benignas propiedades de renormalización que han demostrado tener algunos modelos dentro de este marco. El objetivo… Show more

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Cited by 1 publication
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“…Second, the principle of relative locality [24,25] acquires a simple physical explanation. As long as the fundamental space is the momentum space, one can use a dual relation to build spacetime; the relative locality is thus a result of parallel transport in momentum space [26]. Although assigning a central role to momentum space might sound controversial, one should remember the customarily construction of quantum field theory: interactions take place as elastic scattering between particles, i.e.…”
Section: Introductionmentioning
confidence: 99%
“…Second, the principle of relative locality [24,25] acquires a simple physical explanation. As long as the fundamental space is the momentum space, one can use a dual relation to build spacetime; the relative locality is thus a result of parallel transport in momentum space [26]. Although assigning a central role to momentum space might sound controversial, one should remember the customarily construction of quantum field theory: interactions take place as elastic scattering between particles, i.e.…”
Section: Introductionmentioning
confidence: 99%