Flavour studies have a bright future, concluded conference delegates, who discussed impressive recent results in CP violation and the status of Belle II and upgrades to the LHC experiments.
The computing demands expected this decade puts HEP in a similar position to 1995 when the field moved to PCs, argues Sverre Jarp.
Theorist Giulia Zanderighi discusses fundamental physics at the boundary between theory and experiment.
The presence of new virtual particles could be clearly signalled by a right-handed contribution to the photon polarisation.
The FIPs 2020 workshop was structured around four “portals” that may link the Standard Model to a rich dark sector: axions, dark photons, dark scalars and heavy neutral leptons...
A new collaboration between CERN and CHUV plans to use ultrafast bursts of electrons to destroy tumours.
The aim is to prepare the ILC project, should it be approved, for construction.
Adriano Garonna co-founded EBAMed, a company which develops technologies to enable non-invasive treatments of heart arrhythmia using proton beams.
Roger Penrose, Andrea Ghez and Reinhard Genzel will share the 2020 Nobel Prize for Physics.
Topics include electricity consumption, greenhouse emissions, noise levels and more.
The ALICE collaboration recently reported the first measurement of the triangular flow of deuterons in Pb–Pb collisions.
In a recent CMS analysis researchers have challenged the Standard Model by investigating a previously unexplored leptoquark signature.
The ATLAS collaboration has released two new investigations of WIMPs based on the full Run-2 data set.
Observations of millisecond pulsars by the NANOGrav collaboration show early signs of consistency with gravitational waves with a period of decades.
Several outstanding particle physicists have been recognised by the 2021 spring awards of the APS.
The "eSPS" could drive new dark-sector searches and facilitate plasma wakefield R&D.
Work now turns to connecting such observations with the known suppression and regeneration mechanisms in heavy-ion collisions.
LHCb has probed hidden-valley scenarios which exhibit confinement in an analogous way to how the strong nuclear force confines quarks.