![]() ![]() Thus, combining the clues, we have “cosmic ghosts”. In short, there is very little (big or small) that it actually interacts with! So, of the millions of neutrinos bombarding Earth, only a handful of them actually interact, while the rest of them are passing right through our planet like… ghosts. They do not interact with electric or magnetic fields! That means they pass by electrons in an atom and are unaffected by the massive magnetic fields of cosmic objects. Supernovae, or the deaths of massive stars, produce neutrinos with ultra-high energy levels (Photo Credit : Pixabay) There are three generations of particles that are identical in nature, but just progressively heavier.įor instance, the electron family consists of itself (the lightest among the three), muons (heavier than an electron), and tau (the heaviest of the three). In their case, it is the love for the number three. This family of particles comes with its own mysterious peculiarity. This time, a neutrino comes under leptons, i.e., it does not take part in strong interactions. However, when being introduced to matter members of the family, you will further notice two bifurcations within them-one that takes part in strong force interactions (i.e., the force keeping a proton intact) called quarks, and the other kind, which does not take part in strong interactions, called leptons. Our neutrino comes under the matter particles category. When you enter the house of this family of particles, you will find two kinds-one that makes up matter, and the other that facilitates forces, or what we know as interactions. ![]() ![]() To better understand neutrinos, we must first be introduced to their family. ![]()
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