Neutrinos at the High Energy Frontier

Given that neutrino mass is so far the only laboratory evidence for physics beyond the Standard Model, understanding its origin could provide a key to unlock the secrets of the new physics. In the LHC era and in anticipation of exciting developments of future colliders, it is timely to discuss how effectively the neutrino mass physics could be probed at the high energy frontier. The workshop will bring together theorists and experimentalists to develop a roadmap for neutrino physics at the high energy frontier. Attention will be given to possibilities for new searches at the LHC, opportunities with prospective future e+e-, pp, and ep colliders, and their complementarity. The complementarity with the low-energy experiments at the intensity frontier, as well as the implications for other outstanding puzzles such as the matter-antimatter asymmetry and dark matter, will also be touched upon. We anticipate these discussions will lead to a white paper for energy frontier neutrino physics.

Co-organizers:
Alain Blondel, CERN
Bhupal Dev, Washington University
Julia Harz, Paris LPTHE
Pilar Hernandez, Valencia University and CERN
Miha Nemevsek, Stefan Institute
Michael Ramsey-Musolf, UMass Amherst