Experts from the Nuclear Research Institute of the Russian Academy of Sciences are developing a detector that will detect neutrinos, elementary particles that appear during nuclear reactions. These particles are common in space and are important for studying dark matter, which makes up the majority of all matter in the Universe. Neutrinos and their magnetic properties, as well as their masses, cannot be explained by the Standard Model of particles, so researchers are trying to find new laws of physics.
For this purpose, they are developing a detector that will allow them to detect neutrinos with abnormally large magnetic moments. This is an important area of new physics that can shed light on unknown aspects of the Universe. Experiments are carried out at RFNC-VNIIEF, where high-energy neutrinos are produced at high density. The specially designed detector could also be used in future experiments to search for dark matter, expanding its significance and potential.
These studies will help expand our knowledge about the world of microparticles and the nature of the Universe.
Source: Ferra
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