On d μ for HNL mixing with the muon-neutrino, Belle II and STCF can also provide leading constraints. Figure 25 The ratio of Fi predicted by EMC muon data (on the basis of the mean. EMC effect in neutrino DIS Ian Cloet Collaborators Wolfgang Bentz and Tony Thomas EMC effect in neutrino DIS p. VxRack System 1000 with Neutrino Nodes Make IT the Hero of Cloud Native Innovation. It is found that BESIII, Belle II and STCF can probe the upper limits for d down to 1.3 × 10 − 5 GeV − 1, 8 × 10 − 6 GeV − 1, and 1.3 × 10 − 6 GeV − 1 with m N around GeV scale, respectively, and have sensitivity to the previously unexplored parameter space for electron- ( d e) and tau-neutrino ( d τ) dipole portal with m N from dozens to thousands MeV. lower-energy electron and neutrino scattering experiments (Miller et al. At EMC World on May 4, 2015, VCE announced the VxRack Systems. We use the monophoton signature at electron colliders to probe the constraints on the active-sterile neutrino transition magnetic moments d as the function of the HNL's mass m N. We consider the HNL interacting with Standard Model neutrino and photon via a transition magnetic moment, the so-called dipole portal. We propose to search for a heavy neutral lepton (HNL), that is also known as sterile neutrino, in electron colliders running with the center-of-mass energies at few GeV, including BESIII, Belle II, and the proposed Super Tau Charm Factory (STCF).
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