Japan eyes up its future
Japan has been a leader in the global neutrino community since the 1980s, breaking ground (both literally and figuratively) with multiple generations of massive underground experiments. These e...
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Japan has been a leader in the global neutrino community since the 1980s, breaking ground (both literally and figuratively) with multiple generations of massive underground experiments. These e...
The breakthrough results from the Super-Kamiokande and SNO experiments, which showed that neutrinos oscillate between their three flavours, marked the start of nearly two decades of tremendous ...
The 1998 discovery that neutrinos can oscillate between different flavours, by the Super-Kamiokande experiment in Japan and subsequently by the SNO experiment in Canada, marked a turning point ...
The IceCube experiment at the South Pole has been one of the pioneers of the field of neutrino astronomy. During a seven-year-long construction campaign that ended in 2010, the 325 strong IceC...
Résumé L’informatique du CERN prête à relever les défis de l’Exploitation 2 du LHC Pour l’Exploitation 2, le LHC va continuer à ouvrir la voie à de...
As an organisation with more than 60 years of history, CERN has created large volumes of “data” of many different types. This involves not only scientific data – by far the large...
Résumé NA62 : l’usine à kaons du CERN Le CERN est fort d’une longue tradition en physique des kaons, tradition perpétuée aujourd’hui par l’expérie...
In hadron-collider experiments, jets are traditionally reconstructed by clustering photon and hadron energy deposits in the calorimeters. As the information from the inner tracking system is completel...
The world’s largest cosmic-ray experiment, the Pierre Auger Observatory, is embarking on its next phase, named AugerPrime.