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The book presents new models of axion for the solution of the strong CP problem. The main feature of these models is the modification of the relation between the axion mass and the Peccei-Quinn(PQ) constant, with quite interesting phenomenological consequences in particular for physics of supernovae, gamma ray burst and cosmology. We have hypothesized the existence of another sector of particles and interactions, the mirror world, which is an exact copy of our world but with a larger electroweak scale. This difference also implies a different dynamics in the QCD sector that is fully discussed…mehr

Produktbeschreibung
The book presents new models of axion for the solution of the strong CP problem. The main feature of these models is the modification of the relation between the axion mass and the Peccei-Quinn(PQ) constant, with quite interesting phenomenological consequences in particular for physics of supernovae, gamma ray burst and cosmology. We have hypothesized the existence of another sector of particles and interactions, the mirror world, which is an exact copy of our world but with a larger electroweak scale. This difference also implies a different dynamics in the QCD sector that is fully discussed in the scenario of possible extensions of Standard Model that are currently under validation with the last generation of particle physics experiments.
Autorenporträt
Leonida Gianfagna, PhD works in IBM (Rome Software Laboratory). He got his PhD in particle physics at Gran Sasso Laborartories working on Strong CP problem and axion like solutions in Standard Model extensions. Currently his research interests are in quantum computing from a software perspective and cognitive sciences.