Speaker
Dr
Thomas Flacke
(University of Wuerzburg and KAIST)
Description
Models with a universal extra dimension (UED), in which all Standard Model fields propagate, predict a rich LHC phenomenology at the TeV scale. We present bounds on the minimal UED, split UED, and non-minimal UED models from the data taken in the first phase of the LHC. We compare our results with existing bounds from flavor physics and electroweak precision tests, thereby showing how much current LHC data has already improved the constraints.
Primary author
Dr
Thomas Flacke
(University of Wuerzburg and KAIST)
