by Ryugo Hayano on behalf of the ASACUSA collaboration
The ASACUSA experiment focuses on antihydrogen ground-state hyperfine splitting measurement and antiprotonic helium laser spectroscopy, both aiming at precise CPT tests.
BASE collaboration, approved in 2013, will conduct Penning trap based high-precision investigations of the fundamental properties of protons and antiprotons providing stringent tests of the CPT symmetry.
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.
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.
Last May, the PH newsletter reported about the two-month pilot run of 2014 and how NA62 was preparing for the 2015 data taking: this became reality for five months between mid-June and mid-November, an exciting but exhausting period for our operation team!
December 1st ended a two-week test period with Pb beam in the NA61/SHINE xed-target experiment. Pb ions at momentum of 30A GeV/c were delivered from the CERN SPS to the experiment for the first time.
The CERN Axion Solar Telescope (CAST) aims to shed light on a 30 year old riddle of particle physics by detecting axions originating from the 15 million degree plasma in the Sun's core.
Since the termination of the construction of the new second experimental area EAR2 of n_TOF in July 2014, the facility has been successfully taking data both in the existing experimental area EAR1 and in the new EAR2. Frank Gunsing gives an overview of the latest physics results.
The ASACUSA experiment focuses on antihydrogen ground-state hyperfine splitting measurement and antiprotonic helium laser spectroscopy, both aiming at precise CPT tests.
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.
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.
In April, the MoEDAL collaboration submitted its first physics research publication on the search for magnetic monopoles
Last May, the PH newsletter reported about the two-month pilot run of 2014 and how NA62 was preparing for the 2015 data taking: this became reality for five months between mid-June and mid-November, an exciting but exhausting period for our operation team!
December 1st ended a two-week test period with Pb beam in the NA61/SHINE xed-target experiment. Pb ions at momentum of 30A GeV/c were delivered from the CERN SPS to the experiment for the first time. 
The AWAKE project has been proposed as an approach to accelerate an electron beam to the TeV energy regime in a single plasma section. 
The CERN Axion Solar Telescope (CAST) aims to shed light on a 30 year old riddle of particle physics by detecting axions originating from the 15 million degree plasma in the Sun's core.
Since the termination of the construction of the new second experimental area EAR2 of n_TOF in July 2014, the facility has been successfully taking data both in the existing experimental area EAR1 and in the new EAR2. Frank Gunsing gives an overview of the latest physics results.