by Peter Butler & Liam Gaffney (University of Liverpool), Joonas Konki (CERN)
Using the HIE-ISOLDE accelerator, researchers concluded that radon atoms provide less favourable conditions for the enhancement of a measurable atomic EDM than radium.
BASE experiment publishes first results from a direct search for the interacton between dark matter and antimatter, demonstrating the versatility of the experimental setup and paving the way for future measurements.
by Maciej P. Lewicki and Ludwik Turko (University of Wrocław) on behalf of the NA61/SHINE Collaboration
Latest results from the NA61/SHINE experiment contribute to the quest for understanding the phases of strongly interacting matter while the collaboration plans the next steps.
by Oleg Denisov (INFN), Wolf-Dieter Nowak (DESY), Fulvio Tessarotto (INFN) on behalf of the COMPASS collaboration
COMPASS Collaboration has published a wealth of new results over the past four years elucidating the nucleon’s internal structure and paving the way for future measurements.
by L. Bonechi (INFN Florence) and H. Menjo (Nagoya University)
The LHCf experiments prepares for measurements during LHC Run 3 that will shade light on the physics of hadronic interactions of Cosmic Rays with atmosphere and improve current models.
During a two-day workshop at CERN, the cold atom community met with particle physicists and gravitational-wave experts to review ground and space applications.
Using the HIE-ISOLDE accelerator, researchers concluded that radon atoms provide less favourable conditions for the enhancement of a measurable atomic EDM than radium.
BASE experiment publishes first results from a direct search for the interacton between dark matter and antimatter, demonstrating the versatility of the experimental setup and paving the way for future measurements.
Latest results from the NA61/SHINE experiment contribute to the quest for understanding the phases of strongly interacting matter while the collaboration plans the next steps.
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COMPASS Collaboration has published a wealth of new results over the past four years elucidating the nucleon’s internal structure and paving the way for future measurements.
The LHCf experiments prepares for measurements during LHC Run 3 that will shade light on the physics of hadronic interactions of Cosmic Rays with atmosphere and improve current models.
NA61/SHINE has executed a program of measurements aimed at improving neutrino flux predictions in Fermilab’s neutrino beams
Baby MIND has successfully been installed in Japan to start the experimental endeavour it has been designed and built for. 
During a two-day workshop at CERN, the cold atom community met with particle physicists and gravitational-wave experts to review ground and space applications.