Science ❯ Physics ❯ Particle Physics

Neutrinos

High-Energy Neutrinos Detection Methods ANITA Experiment Neutrino Detection Neutrino Interactions Jiangmen Underground Neutrino Observatory Cosmic Neutrinos Mass Measurement Beta Decay Neutrino Mass Measurement Detection Techniques KATRIN Experiment Neutrino Masses Detection Tau Neutrinos Electron Neutrinos Neutrino Mass Measurements Neutrino Discovery Standard Model Implications Neutrino Flavors Mass Determination IceCube Neutrino Observatory Anomalous Signals Cosmic Rays ANITA Mass Oscillation Antineutrinos High-Energy Emissions Elementary Particles KamLAND Sterile Neutrinos Elementarteilchen Coherent Elastic Neutrino-Nucleus Scattering Coherent Elastic Scattering Observatories JUNO Observatory Neutrino Emissions Matter-Antimatter Asymmetry High-Energy Astrophysics Neutrino Research Neutrino Mass Ordering JUNO Detector Neutrino Lasers Neutrino Laser Neutrino Oscillation Research Neutrino Detection Technology Majorana Neutrino Astrophysics Research Findings Cosmic Particle Detection Properties Creation Travel Detection Challenges Research Projects Ultra-High Energy Neutrinos Cosmic Signals Neutrino Oscillations Neutrino Detectors Neutrino Mass

NOvA and T2K Combine to Set Sub-2% Neutrino Mass-Splitting Benchmark

The Nature paper confirms compatibility, setting constraints that hinge on whichever mass ordering future studies reveal.