nucléonina

Nucleonina is a hypothetical particle that has been proposed in some theoretical frameworks of particle physics. It is conceived as a constituent of nucleons, which are protons and neutrons. The concept of nucleonina arises from attempts to describe the internal structure of nucleons at a deeper level than the quark model. While the Standard Model of particle physics describes protons and neutrons as being composed of quarks and gluons, some speculative theories explore the possibility of even more fundamental constituents.

The idea behind nucleonina is that quarks themselves might not be elementary but could be bound states of smaller entities. Nucleonina would then be these more fundamental building blocks. If such particles exist, they would be incredibly small and interact through forces that are not yet fully understood or observed. Experimental verification of nucleonina would require extremely high-energy physics experiments capable of probing these sub-quark structures. To date, there is no direct experimental evidence supporting the existence of nucleonina. Its study remains in the realm of theoretical speculation, aiming to extend our understanding of matter at its most fundamental level beyond the current established models.