Nuclear Physics: Exploring The Heart Of Matter Apr 2026

The splitting of a heavy nucleus (like Uranium-235) into smaller fragments. This process releases a massive amount of energy and is the foundation of current nuclear power plants.

When a nucleus has an unstable ratio of protons to neutrons, it undergoes to reach a more stable state. The three most common types are: Alpha ( Nuclear Physics: Exploring the Heart of Matter

), meaning it only works when nucleons are practically touching. The splitting of a heavy nucleus (like Uranium-235)

Nuclear physics explores two primary ways to release this stored binding energy: The three most common types are: Alpha (

Because protons are all positively charged, they naturally want to repel each other.

This is the most powerful force in nature, acting like a "glue" that binds nucleons together. It has a very short range (

One of the most profound discoveries in nuclear physics is that the mass of a nucleus is actually less than the sum of the masses of its individual protons and neutrons. This "missing mass" is known as the . According to Einstein’s equation,