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.
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.
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.
In discussion with Nobel Laureate Adam Riess about the discovery of the accelerated expansion of the Universe; one of the most dramatic moments in the physics of the 21st century.
One overarching objective of science is to further our understanding of the universe, from its early stages to its current state and future evolution. This endeavor calls for combined expertise from the fields of astroparticle physics, particle physics and nuclear physics which was one of the topics discussed during a special session of the EPPSU.
Reflecting on the boundaries between the analog and digital world and how new machine-learning techniques could affect the design of detectors for future experiments.
Several measurements from different experiments hint at a possible violation of lepton universality, yet more data hold the key to a conclusive answer.
A 10-gigapixel camera for precision measurement of charm and beauty in Pb-Pb collisions
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..jpg)
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.
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.
ATLAS and CMS collaborations presented over summer their latest results from Higgs boson decays to second generation fermions with LHC's Run 2 data.
A report about the New Small Wheel (NSW) Upgrade, one of the most complex and challenging Phase-1 Upgrade project of the ATLAS detector.
NA61/SHINE has executed a program of measurements aimed at improving neutrino flux predictions in Fermilab’s neutrino beams
One overarching objective of science is to further our understanding of the universe, from its early stages to its current state and future evolution. This endeavor calls for combined expertise from the fields of astroparticle physics, particle physics and nuclear physics which was one of the topics discussed during a special session of the EPPSU. 
Established in 1962 this year's CERN summer student programme brought together about 300 students for an incredible summer of learning and discovery.
The Baby MIND muon spectrometer has started recording its first muon tracks from neutrino interactions at J-PARC since 10th March
Reflecting on the boundaries between the analog and digital world and how new machine-learning techniques could affect the design of detectors for future experiments. 
Several measurements from different experiments hint at a possible violation of lepton universality, yet more data hold the key to a conclusive answer.