The experiment successfully transported a box filled with unbonded protons across CERN’s main site, thus demonstrating that the same feat could later be possible for antiprotons

Walter Oelert led the team of researchers who produced the world’s first atoms of antihydrogen in 1995

The experiment has developed a new device for cooling antiprotons more efficiently and for considerably increasing the precision of measurements of their fundamental properties

On Friday, 30 June, an exciting milestone was reached: the much-awaited antiproton physics season finally commenced

The AD operations team received on Friday, 1 June – 12 days earlier than rescheduled – the green light from the AD injection kicker expert: beam could be injected again in the AD ring

CERN has strong partnerships and collaborations with laboratories and research infrastructures in the Member States. One recent example saw superconducting magnets for the future FAIR facility at Germany’s GSI laboratory being tested at CERN

The Baryon Antibaryon Symmetry Experiment (BASE) at CERN’s Antimatter Factory has set new limits on how easily axion-like particles could turn into photons

The commissioning of ELENA continued in 2018, culminating in the production of the first very-low-energy antiproton beams

A new European project linking ELENA and ISOLDE plans to trap antimatter in order to explore quantum phenomena in radioactive nuclei

A project called PUMA aims to transport antimatter from one CERN facility to another in order to investigate exotic nuclear phenomena

What happens when protons in cosmic rays collide with helium nuclei? The LHCb experiment is on the case

CERN experiment reports sixfold improved measurement of the magnetic moment of the antiproton