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

CERN has a very rich physics programme not only at the high-energy frontier, let’s take a look at some of the interesting results it’s producing.

The BASE collaboration breaks its own precision measurement record of antiproton’s magnetic moment

With the connection between ELENA and GBAR already in place, the commissioning of the decelerator with antiprotons is about to begin

The first antiproton beam has been successfully injected and circulated into ELENA, the Extra Low ENergy Antiproton deceleration ring

The ALPHA experiment at CERN’s Antiproton Decelerator reports the first observation of the hyperfine structure of antihydrogen

What is the effect of gravity on antimatter? A new experiment at CERN is preparing to join the quest to find the answer to this question in physics

The GBAR experiment will create antihydrogen ions at rest to study the action of gravity upon antimatter

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

BASE has kept a shot of antiprotons trapped for more than one year: it is the longest-lived, coldest, known baryonic antimatter object in the Universe

The commissioning of ELENA, a new antiproton deceleration ring, has begun

The commissioning of ELENA, a new antiproton deceleration ring, has begun