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!
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.
by Gerhard Mallot & Oleg Denisov, COMPASS Spokespersons
With COMPASS-II CERN enters in the exploration of a new territory: the structure of the proton in multiple dimensions. Following previous studies of the polarization of quarks and gluons; now the focus has shifted to a picture of the proton in terms of additional variables.
Measurements by the BASE experiment have compared the same properties of protons and antiprotons to high precision while the ALICE collaboration has measured the difference between mass-to-charge ratios for deuterons and antideuterons, as well as for helium-3 and antihelium-3 nuclei.
The Totem experiment has shown with recent data that in collaboration with CMS is possible to enlarge the original physics program in the diffractive proton interaction field. To deal with this new requirement new detectors have been developed and will be installed soon.
by Haraldur Pall Gunnlaugsson on behalf of The Mössbauer group at ISOLDE/CERN
For the first time at ISOLDE 151Eu emission MS has been achieved paving new ways in biophysics and a wide range of photonic applications such as photovoltaics, sensors, fluorescent bio-labels, fibre-optic communications and more.