Interview, Fireside Chat
Beauty Quarks (Harry Cliff) | AI Podcast Clips
- Plans to continue using LHCb as a complementary approach to ATLAS and CMS by measuring beauty (b-quark) particle properties to seek evidence of physics beyond the standard model.
- Strategy focuses on detecting "footprints" of rare new physics rather than direct encounters, based on the premise that indirect effects of unknown quantum fields on standard model fields will alter B particle decay patterns.
- Relies on current compelling evidence in beauty quark decays as the primary source for potential anomalies, utilizing the 1.5 trillionths of a second lifetime of B quarks to reconstruct distinct decay vertices a few centimeters from the primary proton collision.
- Intends to test fundamental matter-antimatter symmetry by analyzing beauty particle oscillations between matter and antimatter versions, noting that observations already show one state is more likely to decay than the other, deviating from the expectation of exact symmetry.