I. M. Strojek

TL;DR: In this paper, the authors present an approach for the AEgIS Collaboration of High Energy Physics (AEgIS) which is based on the concept of a set of equations.

TL;DR: In this article, the authors describe a system designed to re-bunch positron pulses delivered by an accumulator supplied by a positron source and a Surko-trap.

TL;DR: The AEgIS experiment at CERN as discussed by the authors was designed to form a cold, pulsed beam of antihydrogen to measure the Earth's gravitational acceleration on antimatter and to perform spectroscopy measurements.

TL;DR: The AEgIS experiment as discussed by the authors measured the gravitational acceleration of antihydrogen atoms with the ultimate precision of 1% with an antimatter beam using a positron accumulator, an antiproton trap and a Stark accelerator in a solenoidal magnetic field.

TL;DR: The FACT detector as discussed by the authors is based on a novel multi-layer scintillating fiber tracker with SiPM readout and off-the-shelf FPGA based readout system, which can operate at close to 4 K inside a 1 T solenoid magnetic field and identify the annihilation of the anti-hydrogen atoms that are produced during the 1 μs period of antihydrogen production.