Positronium beam formation and manipulation are required in several fundamental
experiments. Efficient positron/positronium conversion in transmission configuration would …

The efficient production of cold antihydrogen atoms in particle traps at CERN's Antiproton
Decelerator has opened up the possibility of performing direct measurements of the Earth's …

In this work we describe a high-resolution position-sensitive detector for positronium. The
detection scheme is based on the photoionization of positronium in a magnetic field and the …

In this contribution, the system of the external plastic scintillator slabs of the AEgIS
experiment is presented. These slabs, surrounding the superconducting magnet and …

Positronium (Ps), the unstable bound state of electron and positron, is a valuable system for
neutral antimatter spectroscopic studies and for antihydrogen production. Forming a pulsed …

The AEgIS (Antimatter Experiment: Gravity, Interferometry, Spectroscopy) is a CERN based
experiment with the central aim to measure directly the gravitational acceleration of …

The primary goal of the Antihydrogen Experiment: Gravity, Interferometry, Spectroscopy
(AEGIS) collaboration is to measure for the first time precisely the gravitational acceleration …

The AEgIS experiment pursues the ambitious goal of measuring for the first time the
gravitational pull on neutral antimatter. The envisioned method consists in producing a …

A large area low-cost detector for detailed studies of ortho-Positronium formation and decay
is being designed. The detector will be made of four modules each consisting of a thin slab …

In this contribution, the system of the external plastic scintillator slabs of the AEgIS
experiment is presented. These slabs, surrounding the superconducting magnet and …