For decades, the atom was treated as the "lego block" of the universe. In the early 20th century, nuclear physics operated on a deceptively simple premise: the nucleus was composed of two fundamental particles—protons and neutrons (collectively dubbed "nucleons"). The proton carried a positive charge, the neutron carried no charge, and they were bound together by a "strong force" acting like a powerful glue.
This crisis forced physicists to abandon the idea that protons and neutrons were the end of the story. elementary particles in nuclear physics pdf
These do not experience the strong force. The most famous lepton is the electron . Other leptons include the muon, tau, and three types of neutrinos. Bosons: The Force Carriers For decades, the atom was treated as the
In conclusion, elementary particles play a crucial role in nuclear physics. Understanding the properties and interactions of these particles is essential for understanding the behavior of atomic nuclei and the fundamental forces of nature. The study of elementary particles has led to numerous breakthroughs in our understanding of the physical world, and continues to shape our understanding of the universe. This crisis forced physicists to abandon the idea
But the question remained: How does a neutron turn into a proton?