Learn languages naturally with fresh, real content!

Popular Topics
Explore By Region
China's JUNO neutrino detector achieves precise measurements days after startup, advancing key physics research.
China's Jiangmen Underground Neutrino Observatory (JUNO) has achieved early success in detecting neutrinos with unprecedented precision just 86 days after startup, measuring neutrino oscillation parameters more accurately than all previous experiments combined.
Located 700 meters underground in Guangdong province, the 20,000-tonne detector uses a sphere filled with light-emitting liquid and over 40,000 sensors to capture rare neutrino interactions.
Early data helps resolve the solar neutrino tension and confirms the detector’s stability, advancing the goal of determining neutrino mass ordering.
The international project, involving over 700 scientists from 17 countries, is part of China’s growing investment in basic science and is seen as a world-leading facility in fundamental physics research.
El detector de neutrino JUNO de China logra mediciones precisas días después de la puesta en marcha, avanzando en la investigación física clave.