JUNO (Jiangmen Underground Neutrino Observatory) has been proposed to determine the Neutrino Mass Ordering and to determine the flavor oscillation parameters with high precision, entering a new precision era for the neutrino oscillation physics. Located in a shallow underground laboratory in southern China, the JUNO detection mass for neutrinos consists of 20 kton ultrapure liquid scintillator. Following four years of detector construction and nine months of continuous operation during the commissioning phase, JUNO started its physics data taking in the end of August 2025. This seminar will summarize the the first science results about neutrino oscillation physics.
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Davide Basilico
Università di Milano & INFN
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