Efforts are ongoing in the Mediterranean Sea to install KM3NeT, a state-of-the-art underwater neutrino telescope. Located several kilometers beneath the sea surface, the project aims to detect high-energy neutrinos and uncover cosmic mysteries.
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- KM3NeT is a neutrino detection project in the Mediterranean Sea, spanning a cubic kilometer.
- Detects high-energy neutrinos from space using light emitted during particle collisions in seawater.
- Two telescopes: one off Sicily for space neutrinos, the other off France for atmospheric neutrinos and oscillation studies.
- Features glass spheres with photomultiplier tubes for precise data capture.
- Detector strands, up to 700m long, deployed on the seabed via cables and remotely operated submersibles.
- Deployment happens annually in one-month campaigns under tight schedules and challenging sea conditions.
- Partial operations already delivering insights into quantum gravity and neutrino behaviors.
- Aims to advance knowledge of particle physics and understand cosmic origins.




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