From atomic to nuclear clocks
Recent progress in understanding thorium’s nuclear structure could enable an ultra-accurate nuclear clock with applications in fundamental physics.
Thank you for registering
If you'd like to change your details at any time, please visit My account
Recent progress in understanding thorium’s nuclear structure could enable an ultra-accurate nuclear clock with applications in fundamental physics.
The CERN-developed simulator “Molflow” has become the de-facto industry standard for ultra-high-vacuum simulations, with applications ranging from chip manufacturing to the exploration of the Mart...
A new CMS subdetector – the Precision Proton Spectrometer (PPS) – allows the electroweak sector of the Standard Model to be probed in regions so far unexplored.
An ambitious upgrade of the US flagship X-ray free-electron laser rests on sustained cooperation with high-energy physics labs in the US, Europe and Japan.
The CERN Courier editors take a tour through the magazine's Higgs archives.
Exploring the Higgs boson’s couplings to other particles and the shape of its potential could be the key to physics beyond the Standard Model.
Frank Wilczek explains why the Higgs sector could act as a portal through which to access a wide class of “phantom” particles that might otherwise elude detection.
Confirming the electroweak Standard Model drove three major projects at CERN spanning three decades, culminating in the discovery of the Higgs boson on 4 July 2012. Matthew Chalmers captures a glimpse...
Gerard ’t Hooft reflects on how renormalisation elevated the Brout–Englert–Higgs mechanism to a consistent theory capable of making testable predictions.
Gilad Perez links the Higgs boson to the puzzling pattern of the fermion masses.