$300 million on a budget nine years It is stated that the data obtained from the JUNO detector, which was built with ongoing work, could be groundbreaking for the physics community. If all goes as planned, JUNO will have access to neutrino and antineutrino interactions. It can solve many unknowns about.
Neutrinos are known to be one of the oldest particles to exist after the Big Bang. However, these particles, which move at almost the speed of light, almost never interact with other matter due to their extremely low mass and lack of electrical charge. Therefore, huge detectors need to be built for neutrino research.
Neutrinos are known to be of three different types; electron neutrino, muon neutrino and tau neutrino. By ordering these three different particles by mass, JUNO researchers aim to solve one of the many questions that nuclear physicists have speculated about since neutrinos were first detected experimentally in 1942.
JUNO is not alone in neutrino research. JapanHyper-Kamiokande built in and ABDDUNE detectors in will also become operational in the coming years. Hyper-Kamiokande is planned to be operational in 2027 and DUNE in 2031. These facilities analyze JUNO’s data by examining neutrinos with different methods. cross validation will offer the opportunity.
The observatory begins operating at full capacity August 2025 will find its month. of JUNO at least 30 years is expected to work. More than 700 scientists from 17 countries and 74 institutions, including France, Italy, Russia, Germany and Belgium, are involved in the JUNO project. With this project, scientists hope to get one step closer to the secrets of the universe. Understanding neutrinos could be an important milestone not only in terms of fundamental physics, but also in elucidating the unknowns about the formation of the universe.
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