NuFact 2021 brought together experimentalists, theorists and accelerator physicists in pursuit of CKM-level precision in neutrino physics.
Artificial-intelligence techniques have been used in experimental particle physics for 30 years, and are becoming increasingly widespread in theoretical physics. Anima Anandkumar and John Ellis explor...
The workshop explored new perturbative results and methods in quantum field theory, collider physics and gravity.
Carlo Rovelli’s Helgoland is a well-written and easy-to-follow exploration of quantum mechanics and its interpretation.
The recent Fermilab result offers a moment to reflect on perseverance and collaboration.
To confidently discover new physics in the muon g−2 anomaly requires that data-driven and lattice-QCD calculations of the Standard-Model value agree, write Thomas Blum, Luchang Jin and Christoph Leh...
Theorist Giulia Zanderighi discusses fundamental physics at the boundary between theory and experiment.
The FIPs 2020 workshop was structured around portals that may link the Standard Model to a rich dark sector: axions, dark photons, dark scalars and heavy neutral leptons.
Boris Kayser explains how neutrino physicists are now closing in on a crucial piece of evidence on the origin of the matter–antimatter asymmetry observed in the Universe.
Young Suh Kim and Marilyn Noz’s book may struggle to find its audience, says Nikolaos Rompotis.