The early Universe provides a unique laboratory to explore fundamental particle physics at energy scales far beyond the reach of terrestrial experiments. Particle legacies accumulated during the first moments of cosmic history — from dark matter and relic neutrinos to primordial gravitational waves and other cosmological imprints — preserve invaluable information about physics beyond the Standard Model.
PLATEAU — Particle Legacies Accumulated Through the Early Anisotropic Universe brings together particle physicists and cosmologists to investigate how these early-Universe imprints can be used as precision tests of fundamental physics. By treating the early Universe as a natural laboratory, the workshop aims to foster cross-disciplinary discussions on how cosmological observations and theoretical developments can illuminate the microscopic laws governing particles and interactions.
ORGANIZING COMMITTEE
- Francesco D'Eramo (University of Padua & INFN Padua)
- Martina Gerbino (INFN Ferrara)
- Fei Huang (Weizmann Institute of Science)
- Ayuki Kamada (University of Warsaw)
- Massimiliano Lattanzi (INFN Ferrara)
- Alessandro Lenoci (Hebrew University of Jerusalem)