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Graduated in Physics: 24/10/2005, Università del Salento Lecce Graduation Thesis: Estensioni Supersimmetriche del Modello Standard e Meccanismo di Stueckelberg VIEW Ph.D. in Theoretical High-Energy Physics: 04/05/2009, Università del Salento & I.N.F.N. sez. di Lecce Ph.D. Thesis: Stueckelberg Axions and Anomalous Abelian Extensions of the Standard Model VIEW Research
Interests Simone Morelli's research interests Gauged axions and anomaly-mediated interactions. Effective models containing extended gauge structures(abelian extensions) may be naturally generated both in the case of effective string/extra dimensional scenarios and can be searched for both at the LHC and in the future experiment at DESY. One of the characteristics of these is the presence of new mechanisms for anomaly cancellation, respect to the Standard Model (SM). I am interested in the basic ideas which underline these constructions, emphasizing some of the field theory issues which are essential in order to give consistency to these models. In the checklist of these models are their physical spectrum, their unitarity properties, and the identification of selected processes which may be important in order to disentangle this class of models from the larger set of anomaly free abelian extensions of the SM. Research Group
Dr. Claudio Corianò, Dr. Marco Guzzi, Roberta Armillis and Antonio Mariano
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Some Useful Links:
Particle Data Group |
SPIRES-HEP Search |
Argonne National Laboratory |
International Linear Collider
Last modified
1/11/10
by
simone.morelli@le.infn.it
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