The High Intensity and Energy at ISOLDE, HIE-ISOLDE, project intends to improve the experimental capabilities at ISOLDE over a wide front. The impact of the increase of energy and intensity of the injectors together with a number of improvements in several aspects of the secondary beam properties are addressed in the HIE-ISOLDE Design Study.
A recent paper suggests that streaming dark matter (DM) axions may be the better source for discovering the candidate particles of one of the few fundamental open questions in physics
Apart from high-precision measurement of rare processes that could reveal new physics, the NA62 collaboration is also looking into the possibility of the existence of exotic particles.
MoEDAL has finished an initial campaign of calibration and is now poised start to produce greatly enhanced results, with unparalleled sensitivity, using the full detector
On 28th September, the ISOLDE Collaboration celebrated the completion of stage 1 of the HIE-ISOLDE project, which opens up new physics opportunities for radioactive ion beam experiments at CERN.
The ASACUSA experiment focuses on antihydrogen ground-state hyperfine splitting measurement and antiprotonic helium laser spectroscopy, both aiming at precise CPT tests.
CERN’s CLOUD experiment publish new paper that sheds new light on cloud formation. It shows that biogenic vapours emitted by trees and oxidised in the atmosphere have a significant impact on the formation of clouds, thus helping to cool the planet.