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sage
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i have heard that there exists an anomaly in amount of neutrinos coming from sun. are there any explanations around? how is the presence of Jupiter sized planets near stars have been explained?
Originally posted by sage
how is the presence of Jupiter sized planets near stars have been explained?
Originally posted by sage
i have heard that there exists an anomaly in amount of neutrinos coming from sun. are there any explanations around?
have heard that there exists an anomaly in amount of neutrinos coming from sun. are there any explanations around?
Originally posted by sage
how is the presence of Jupiter sized planets near stars have been explained?
DOES THIS MEAN IT HAS BEEN PROVED NEUTRINOS HAVE MASS. DOES this solve the dark matter problem?thanks for reply marcus and mathmanlooking for more.Originally posted by mathman
There are three kinds of neutrinos. The reactions in the sun generate electron neutrinos. The older experiments looked for electron neutrinos and didn't find enough. More recently they have found, by looking for all three kinds, that there are enough, assuming that neutrinos can change from one kind to another. Under this assumption, it is necessary to assume that neutrinos have mass. That is the current state of neutrino theory.
Originally posted by sage
thanks for the attachment about planetary formation lurch.
but you don't seem to agree with it.what's yours theory.
Solar neutrinos are subatomic particles that are produced by nuclear reactions in the core of the Sun. They are electrically neutral and have very little mass, making them difficult to detect.
Solar neutrinos are not directly related to hot jupitars. However, the study of solar neutrinos can provide insights into the composition and behavior of hot jupitars, as well as other celestial bodies.
Solar neutrinos are detected using large underground detectors that are shielded from other particles. When a solar neutrino interacts with the detector, it produces a tiny flash of light that can be measured.
Studying solar neutrinos can help us better understand the inner workings of the Sun and other stars, as well as the fundamental properties of matter. It can also provide insights into the formation and evolution of our solar system.
No, solar neutrinos are harmless to humans. They have very low energy and pass through our bodies without causing any harm or interaction.