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 …

During the last fifty years, nonneutral plasma physics has developed into a definite subfield
of basic research, whose main focus has been on the collective properties of systems …

Antihydrogen atoms are routinely formed at the Antiproton Decelerator at CERN in a wide
range of Rydberg states. To perform precision measurements, experiments rely on ground …

Abstract The Antiproton Decelerator (AD) at CERN provides antiproton bunches with a
kinetic energy of 5.3 MeV. The Extra-Low ENergy Antiproton ring at CERN, commissioned at …

The ASACUSA (atomic spectroscopy and collisions using slow antiprotons) Cusp
experiment requires the production of dense positron plasmas with a high repetition rate to …

Antiproton annihilations on matter nuclei are usually detected by tracking the charged pions
emitted in the process. A detector made of plastic scintillating bars have been built and used …

The prospects of tests of CPT symmetry using precision spectroscopy of antihydrogen are
discussed with special emphasis on the ground-state hyperfine structure, a measurement of …

The ASACUSA collaboration produces a beam of antihydrogen atoms by mixing pure
positron and antiproton plasmas in a strong magnetic field with a double cusp geometry. The …

PROGRESS REPORT OF THE ASACUSA AD-3 COLLABORATION Page 1 CERN-SPSC-2022-002
/ SPSC-SR-301 08/01/2022 January 8, 2022 PROGRESS REPORT OF THE ASACUSA AD-3 …

The goal of the ASACUSA (Atomic Spectroscopy And Collisions Using Slow Antiprotons)
CUSP experiment at CERN's Antiproton Decelerator is to measure the ground state …