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a centaur father and mother contemplate their son, who plays on a Mediterranean beach. the father turns to the mother and him. question: do you think we should tell him that it is only a myth? kostas axelos. the neutrinos (or in other words, that thing that broke the standard model) in order to understand what neutrinos are, first we have to know the basics about the atom (in order to understand more ideas as they tell us when we are small, the atom has three main parts: the electrons and protons, when they join, form the neutral particle, the neutron (positive and negative when coming together, it becomes neutral), the neutrons are in the nucleus for a simple reason, because they are stable inside them As soon as the neutron is isolated, it disintegrates in a matter of about 8-16 minutes, when it disintegrates, it does so in a proton and an electron (returning to the state of before joining), but this is when something interesting happens, such as neither the mas* nor the energy can disappear without more, something more of that disintegration has to come out, how does something else have to come out if at first we had an electron and a proton and, now, we have an electron and a proton? n? that's because of the structure of the neon: the neutron is formed by three fundamental particles (elementary particles of matter). These particles are the quarks (if you add their charges it gives zero). These quarks are not the same type (yes, they have types too). two of them are quarks of type below (d) and the remainder, of type above (u). when it disintegrates, as I said before, it does not do so only in an electron and in a proton, the antineutrino is the antiparticle corresponding to the neutrino. The problem arises when we notice that the null charge of both the neutrino and the antineutrino could indicate that both are actually the same particle, property that would determine them as Majorana particles. This video explains the ferment of Majorana discovered, the angel particle: