9-10 July 2020
Mexico City
Mexico/General timezone
- e.delacruz.burelo@cinvestav.mx
Support
Contribution Oral contribution
Speakers
- Alexander BAUR
Primary authors
- Alexander BAUR (Tecnical University of Munich & Nacional Autonomous University of Mexico)
- Moritz KADE (TUM)
- Dr. Saul RAMOS-SANCHEZ (IF-UNAM)
- Dr. Hans peter NILLES (Bonn University)
- Patrick VAUDREVANGE (TUM)
Content
Flavor symmetry might play a crucial role in the standard model of particle physics, but its origin is still unknown. We consider a string theory-based scenario, in which the flavor symmetry arises from the compactification of extra dimensions. We observe that compactifications on toroidal orbifolds yield naturally discrete flavor symmetries that consist of traditional flavor symmetries as well as modular symmetries, combined in a so-called "eclectic flavor group". Consequently, a remarkable feature arises: the unified flavor symmetry depends on the position in moduli-space.
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