by Pierre Pugnat on the behalf of the OSQAR collaboration
Two distinct OSQAR experiments at CERN, OSQAR-LSW and OSQAR-VMB look mostly for ALPS through studies of optical properties of the quantum vacuum permeated by a strong magnetic field
The ALICE experiment has recently released several measurements on the production of anti-deuterons and anti-3He that could help to understand AMS data.
Continuous improvements to the CLOUD facility as well as to the instruments combined with the state of the art know-how available at CERN have enabled a steady increase in the measurement capabilities.
Last week, the new CERN-MEDICIS facility has produced radioisotopes that will be used primarily for hospitals and research centres in Switzerland and across Europe.
Earlier in October, the Large Hadron Collider had a special run of colliding xenon nuclei; a new flavour compared to the standard proton and lead collisions foreseen in the LHC experimental programme.
Two distinct OSQAR experiments at CERN, OSQAR-LSW and OSQAR-VMB look mostly for ALPS through studies of optical properties of the quantum vacuum permeated by a strong magnetic field
The ALICE experiment has recently released several measurements on the production of anti-deuterons and anti-3He that could help to understand AMS data. 
In a paper published this week in Nature, the ALPHA collaboration reports the most precise direct measurement of antimatter ever made
GBAR antimatter experiment sees first beam of positrons from a small electron linear accelerator. 
Last week, the new CERN-MEDICIS facility has produced radioisotopes that will be used primarily for hospitals and research centres in Switzerland and across Europe. 
Earlier in October, the Large Hadron Collider had a special run of colliding xenon nuclei; a new flavour compared to the standard proton and lead collisions foreseen in the LHC experimental programme.