Author:
Skurzok Magdalena,Cargnelli Michael,del Grande Raffaele,Fabbietti Laura,Guaraldo Carlo,Marton Johann,Moskal Paweł,Piscicchia Kristian,Scordo Alessandro,Silarski Michał,Sirghi Diana Laura,Vazquez Doce Oton,Zmeskal Johann,Wycech Sławomir,Branchini Paolo,Czerwiński Eryk,Kang Xiaolin,Mandaglio Giuseppe,Martini Matteo,Selce Andrea,Curceanu Catalina
Abstract
The AMADEUS Collaboration conducts research aimed to experimentally investigate the low-energy K− hadronic interactions with light nuclei like hydrogen, helium, and carbon, in order to provide new constraints to the antikaon-nucleon strong interaction studies in the non-perturbative quantum chromodynamics regime. K− nuclear absorption, both at-rest and in-flight, are explored using the unique low-momentum and monochromatic kaon beam from the DAΦNE collider interacting with the KLOE detector components, a detector characterized by high acceptance and excellent position and momentum resolutions. This paper presents an overview of the AMADEUS results.
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy,Mathematical Physics,Materials Science (miscellaneous),Biophysics