A wide range of exotic bound systems incorporating antiprotons (atoms, atomic ions,
molecules or molecular ions) can be formed, in many cases simply by replacing at least one …

A cylindrically symmetric electromagnetic ion trap has been constructed that creates a
potential well suitable for confining ions with the space charge of a continually resupplied …

We studied radial compression features of electron plasmas in a Penning trap (an assembly
of multi-ring electrodes (MRE) housed in a uniform magnetic field) using the rotating wall …

The theoretical description of nature, within the standard model framework of particle
physics, gives rise to a manifold of different symmetries. The most fundamental one is the …

The hyperfine structure of hydrogen is known very precisely, and if charge, parity and time
reversal (CPT) symmetry holds, antihydrogen will have the exact same spectrum. CPT …

The ASACUSA collaboration aims at measuring the ground state hyperfine splitting of
antihydrogen for probing fundamental symmetries. A cryogenic trap for mixing antiprotons …

The interaction of very low energy antiprotons (ps) and antineutrons (ns) with nuclei is
interesting for its influence on both fundamental cosmology and nuclear physics. Measuring …

The past two decades have witnessed an increasing focus on cold antimatter physics, with
the development of the Antiproton Decelerator at CERN as a supply of low-energy …