CERN’s accelerators show very good availability rates: beams are in place

Helge Ravn was part of the ISOLDE group from the beginning. When ISOLDE began operations at CERN in 1967, it was unique in the world

CERN and the Accelerator Laboratory in Jyväskylä, Finland, have teamed up to weigh in on the understanding of the effects of the weak force on quarks

The finding comes a little more than 50 years after the phenomenon was first discovered at the facility in mercury nuclei

A measurement of the indium-99 atomic nucleus in a long-lived excited state offers an even closer look at the special “doubly magic” tin-100 nucleus than a previous measurement in the ground state

The observation at CERN’s nuclear physics facility of a long-sought decay of the thorium-229 nucleus in a solid-state system is a key step towards a clock that could outclass today’s most precise atomic clocks

Fundamental research at the ISOLDE and n_TOF facilities at CERN has applications in a wide variety of areas of astrophysics, medical physics, energy and more

Since its relocation from the Synchrocyclotron to the Proton Synchrotron Booster in 1992, ISOLDE has consistently reinvented itself to push the frontiers of science with radioactive beams

A unique combination of high-quality experimental data and several state-of-the-art nuclear-physics models has resulted in an excellent agreement between experiment and theory

The unusual nuclear physics phenomenon, first discovered at CERN’s ISOLDE facility 50 years ago, had until now been seen only in mercury isotopes

The ISOLTRAP experiment at CERN’s ISOLDE facility has weighed the neighbouring indium nuclei of tin-100, shedding new light on this special “doubly magic” nucleus

With the Proton Synchrotron and its Booster accelerating protons to high energies again, the physics season can start at the ISOLDE radioactive ion beam facility and the Antimatter Factory