How does the definition of strong nuclear force differ between astronomy and physics?

The force which holds atomic and subatomic particles together is called the "strong force." The force that pushes energy from the atomic nucleus is call the weak force, plutonium, uranium...

I'll assume you have already studied enough about the electrical force (Coulomb's law and the exchange of (virtual) photons) to use that as a comparison. Firstly, the strong force is...

The strong, and also the weak, nuclear forces only act over very short distances. The strong force hold the nucleons together in a nucleus. They don't have long reaching effect....

Of the four natural forces, strong nuclear, weak nuclear, electromagnetic and gravity, only two have a finite range. The strong force has a range of about the width of an...

The Italian physicist Gabriele Veneziano found that the Euler beta function is a good approximation to the scattering on strongly interactive particles. The beta function is related to the gamma...

In the case of the strong force, there is an exchange particle called a gluon that acts only on particles made of quarks that have the property called colour charge...

Quite simply, physics is used to explain how and why things happen in the physical universe. For example, Newton's first law of physics, an object in motion tends to stay...

Astronomy is about the observation of bodies in the sky. These include planets, moons, comets, stars, galaxies, nebulae and other objects. It involves determining the position, distance, motions and brightness...

were first predicted by the Schwarzschild solution to the General Theory of Relativity. As not even light can escape the event horizon of a black hole, then we can...

An atom consists of 1 positively charged nucleus and 1 or more negatively charged electrons cycling around that nucleus. In this atom there are 3 types of particles:...