Neutrino mixing at Daya Bay
The experiment is poised to investigate the least well known sector of the recently discovered phenomenon of neutrino mixing.
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The experiment is poised to investigate the least well known sector of the recently discovered phenomenon of neutrino mixing.
The Pierre Auger Collaboration has discovered that active galactic nuclei are the most likely candidate for the source of the ultra-high-energy (UHE) cosmic rays arriving on Earth.
Analysis of six-year old archival data of the Parkes radio telescope in Australia has revealed a giant burst of radio waves. Extremely bright, brief and distant, this unique event seems to come from a...
On the evening of 4 October, the team in the control room at FLASH, the soft X-ray, free-electron laser facility at DESY, observed lasing at a wavelength of 7 nm for the first time.
The central tracker detector of the Anti Matter Spectrometer (AMS) arrived at CERN on 25 September ready for assembly with the other components of the experiment.
The ATLAS collaboration recently celebrated installing the last of the eight "big wheels" that form part of the endcap muon spectrometer of the detector.
DESY and three Russian institutes will work together to resolve current questions in particle physics.
Following a summer shutdown, the National Superconducting Cyclotron Laboratory (NSCL) at Michigan State University is looking ahead to new experiments with fast and reaccelerated beams.
The LHC, with its "two in one" magnet structure cooled by superfluid helium for operation at 1.9 K, is its own prototype.
An enormous void, nearly a thousand million light-years across, seems to be at the origin of a cold spot that the Wilkinson microwave anisotropy probe (WMAP) has found in the cosmic microwave backgrou...