The same experimental technique has been adopted for the next generation experiment called SuperNEMO.
LHCb is a next generation experiment for the study of CP violation in B-meson decays.
NEXTEX is the next generation experiment designed to determine the electron antineutrino mass to at least 0.5 eV.
The next generation experiments like PAMELA will help to reduce the uncertainties in the values of the main free parameters of the models, thus improving our knowledge of the origin and propagation of cosmic rays.
As a next generation experiment, we plan a neutrino oscillation experiment with baseline length of 295 km using 50 GeV proton synchrotron (PS) in Japan Hadron Facility, which has been approved and is being constructed, and Super-Kamiokande.
This value is comparable to many fundamental physical parameters actively studied by photoemission spectroscopy and should be taken seriously in interpreting photoemission data and in designing next generation experiments.
The unrealized production of net electrical power from fusion machines is planned for the next-generation experiment after ITER.
Based on technology developed for CUORICINO and its predecessors, CUORE is a next-generation experiment designed to probe ⟨mν⟩ in the range of 10 – 100 meV.
Based on technology developed for CUORICINO and its predecessors, CUORE is a next-generation experiment designed to probe ⟨mν⟩ in the range of 10 100 meV.
NOνA is a next-generation experiment whose 14-kton detector uses a highly active, finely segmented design that offers superb event identification capability.
