CORDIS Project
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This project explores the properties of Positronium, a short-lived atomic system, to enhance research in antimatter physics. By utilizing positron trapping technology, it aims to create longer-lived states of Positronium for various applications, including spectroscopic investigations and studying antimatter gravity.
The metastable atomic system Positronium (Ps) can be useful for a wide variety of scientific investigations.
These include QED tests via precision spectroscopy, the formation of antihydrogen, the creation of positron-atom bound states and Ps molecules, probes of nano-porous and mesoporous materials, the generation of electron-positron plasmas and even the creation of Bose-Einstein condensed Ps.
Moreover, long lived Rydberg states of Ps could provide a way to study antimatter gravity.
However, be…
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