Roman pots for the LHC
The "Roman pot" technique has become a time-honoured particle physics approach each time a new energy frontier is opened up, and CERN's LHC proton collider, which can attain collision energies of 14 T...
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The "Roman pot" technique has become a time-honoured particle physics approach each time a new energy frontier is opened up, and CERN's LHC proton collider, which can attain collision energies of 14 T...
The Japanese Kamiokande underground detector played a leading role in the study of neutrinos produced via cosmic rays and also helped to pioneer the subject of neutrino astronomy. With Kamiokande now ...
The RD39 collaboration at CERN investigates heavily irradiated silicon detectors operated at cryogenic temperatures. Its results show that, below 100 K, such detectors can be brought back to life. T...
The Rose collaboration (RD48: R&D on silicon for future experiments) at CERN has tackled the same problem as RD39,
from a different angle but with similar success. Its approach is "defect engineering...
Pictures ultimately provide the most graphic record of of particle interactions. For CERN's LHC collider, sophisticated electronic "eyes" at the heart of the big ATLAS and CMS detectors will pick up ...
In which direction do quarks point? The HERMES experiment using DESY's HERA electron ring and an ingenious system to control the spin of the electron beam is poised to reveal new insights into the...
A particle detection technique developed at CERN promises increased performance for major new physics experiments or anywhere where the detection of charged particles is needed, such as radiography...
After achieving its first electronpositron collisions this summer, the PEP-II B-Factory at the Stanford Linear Accelerator Center was formally dedicated on 23 October.
On 10 August, the Greek government formally approved the establishment of a national NESTOR Institute for Deep Sea Research, Technology and Neutrino Astroparticle Physics.
The LHCb experiment has been formally approved for CERN's LHC collider.