Theoretical Physics(DTP)
Physique théorique (DPT)


Saurya DAS
University of Lethbridge

Black Holes in Future Colliders


Brane world models which predict the fundamental higher dimensional Planck scale to be about a TeV, also predict the copious production of black holes in future high energy colliders such as the Large Hadron Collider (LHC). We examine properties of these black holes, their possible experimental signatures and the influence of the Generalised Uncertainty Principle and thermodynamic fluctuations on these signatures.

In collabaration with: M Cavaglia The University of Mississippi,R Maartens University of Portsmouth.