Neutrino

A neutrino is an elementary particle. Neutrinos can be mined together with their anti neutrinos from neutrino field blocks.Neutrinos and anti-neutrinos are each others antiparticle. When a neutrino and an anti-neutrino touch each other, they disappear. All that is left is two photons;  they have annihilated each other.

Other than this, the neutrinos appear pretty useless and boring in our every day life. Therefore, they are used very little in regular gameplay - frankly, I have no idea why you're even reading this page. However, a researcher will claim the opposite. For example, a neutrino can travel through the earth, from one side to the other and off into space, without making a single collision! Neutrinos can just fly through the earth. Do you have an idea for an interesting implementation in elementary craft? Let us know!

Dive deeper into the Physics: neutrinos and anti-neutrinos
Neutrinos are particles of matter. Neutrinos are the most meaningless particles from a practical point of view. However, they are incredibly fascinating and interesting from a research point of view. Neutrinos undergo very few interactions. A neutrino can fly freely through the earth without colliding even once.

Neutrinos can therefore bring information to us from areas that are not visible (for example, because the area is shielded by dust clouds).

The neutrinos have an electric charge of 0. You could say the neutrinos do not have an electric charge: they are uncharged. The anti-neutrino has the opposite charge of the neutrino, which is still 0. Since they have no electric charge, the neutrino and the anti-neutrino do not experience or exert the electromagnetic force.

The neutrinos and antineutrinos do not have a color charge. Therefore, the neutrino and the anti-neutrino cannot ‘throw’ or ‘catch’ gluons and they do not exert or experience the strong nuclear force.

Because the neutrinos do not feel the electromagnetic force or the strong force, they interact very little with other particles. Neutrinos can fly through matter without experiencing the presence of other particles.

The only force that neutrinos experience, is the weak force.

Neutrinos are produced in weak processes (such as the conversion of a neutron into a proton). The neutrino ensures that conservation laws are met.