Afaik, most of them do, which is why they are so hard to detect. Neutrinos are produced by nuclear reactions on a regular basis but the reverse process is much less probable. Which raises the question of where are all these neutrinos going. Is the level just building up??Chrisana said:
Chrisana said:
Neutrinos do in fact pass through atoms, but they interact very weakly with matter. This is because they have no electric charge and very little mass, making them difficult to detect and interact with other particles.
Neutrinos interact with atoms through the weak nuclear force, one of the four fundamental forces of nature. This interaction is very weak, making it difficult to detect and measure.
Yes, neutrinos can collide with atoms, but it is a very rare occurrence due to their weak interaction. When they do collide, they transfer a small amount of energy to the atom, causing it to recoil slightly.
Neutrinos are able to pass through most matter because they have a very small cross-section, meaning they have a low probability of interacting with other particles. This is due to their lack of electric charge and small mass.
Yes, neutrinos can interact with each other through a process called neutrino oscillation, where they can change from one type to another. However, this interaction is also very rare and difficult to observe.