TeV-Scale Physics in the LHC Era
Tilman Plehn University of Edinburgh
Particle physics is the science which identifies nature's constituents and interactions at the most fundamental level, with an emphasis on comparing theoretical ideas with both terrestrial experiments and astrophysical observations. This mandate gives it a strong overlap with string theory, quantum gravity and cosmology. Particle physicists at Perimeter Institute are currently involved in identifying how cosmological observations and terrestrial accelerator and underground experiments constrain the theoretical possibilities for physics beyond the Standard Model.
Displaying 1213 - 1224 of 1309
Format results
-
-
LHC: The Countdown
Rob McPhearson University of Victoria
-
Scalar-tensor gravity, changing couplings and BBN
Keith Olive University of Minnesota
-
BBN and the change of couplings and mass scales
Victor Flambaum University of New South Wales (UNSW)
-
Some alternative unifying views on dark matter and dark energy
Grant Mathews University of Notre Dame
-
Long-lived Staus in the early Universe and at the LHC
Koichi Hamaguchi University of Tokyo
-
-
Gravitino Dark Matter and Cosmological Constraints with a stau NLSP
Josef Pradler Institut für Hochenergiephysik (HEPHY) - Institut für Hochenergie Physik
-
-
-
Charged BBN and Dark Matter Models
Manoj Kaplinghat University of California System
-
BBN and strongly interacting relics
Jonathan Sharman University of Victoria