What evidence supports the existence of fields between objects exerting forces on eachother
1. The presence of invisible forces such as electromagnetic, gravitational, and nuclear forces that act at a distance between objects.
2. The behavior of charged particles in electric and magnetic fields, which can be accurately described and predicted by field theory.
3. The ability to calculate forces and interactions between objects based on the concept of fields, such as in the equations of electromagnetism and gravitation.
4. The successful use of field theories to explain and predict phenomena at both macroscopic and microscopic scales, such as the behavior of planets in the solar system or the interactions between subatomic particles.
5. Experimental evidence supporting the existence of fields, such as the bending of light in a gravitational field (general relativity) or the deflection of charged particles in an electric or magnetic field (electromagnetism).
6. The fact that the concept of fields has been successfully incorporated into the framework of modern physics, allowing for a unified description of forces and interactions between objects.