The neutrino mass puzzle
André de Gouvêa explains why neutrino masses imply the existence of new fundamental fields.
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André de Gouvêa explains why neutrino masses imply the existence of new fundamental fields.
The “asymptotic safety” approach towards quantum gravity opens new avenues at the intersection between particle physics and gravity.
The 13th Implications of LHCb measurements and future prospects workshop showcased mutual enthusiasm between the experimental and theoretical communities
The sixth plenary workshop of the Muon g-2 Theory Initiative covered the status and strategies for future improvements of the Standard Model prediction for the anomalous magnetic moment of the muon.
A CERN event explored new angles of attack on the biggest naturalness questions in fundamental physics, from the cosmological constant to the Higgs mass.
20 years since coining the string-theory "landscape", Leonard Susskind describes the emerging connections between quantum mechanics and gravity.
The "swampland" programme has led to a series of conjectures that have sparked debate about how to connect string theory with the observed universe.
Effective field theory (EFT) is now seen as the most fundamental and generic way to capture the physics of nature at all scales, with applications ranging from LHC physics to cosmology.
The International Society for Quantum Gravity aims to turn disagreement into a call for better understanding, say Bianca Dittrich and Daniele Oriti
Theorists from the entire spectrum of high-energy physics convened to sketch a decadal vision in advance of the Snowmass Community Summer Study in Seattle this July.