Flavor and top physics @ 100 TeV

A 100 TeV collider will have the ability to probe directly our microscopic nature at distances well beyond that of the LHC or any other known experiment. It would thus become the most powerful microscope ever built. Furthermore, such a machine would be potentially capable of producing more than 10¹¹ tops and an order of magnitude more bottom and charm quarks than the LHC. Thus, it would allow for an exploration of the complementary weakly coupled regime with unprecedented accuracy.

Swift: 10 Years of Discovery

This meeting will celebrate 10 years of Swift successes and will provide the opportunity to review recent advances on our knowledge of the high-energy transient Universe both from the observational and theoretical sides.