- #1
salubs
- 1
- 0
I'm looking for papers or discussions concerning how gravity affects stationary subatomic particles(electrons, protons, neutrons). If experiments are described, that would be a nice bonus.
Gravity affects subatomic particles by exerting a force on them, causing them to be pulled towards each other. This force is weaker than the other fundamental forces (such as electromagnetism and strong and weak nuclear forces) but it still plays a role in the behavior of particles.
No, gravity affects different types of subatomic particles differently. Particles with mass are affected more by gravity than particles without mass, such as photons. Additionally, the strength of gravity's effect on a particle depends on its mass and distance from other particles.
Gravity does not directly change the properties of subatomic particles. However, the gravitational force between particles can affect their movement and interactions, which can indirectly impact their properties.
The presence of gravity can impact the behavior of subatomic particles by influencing their movement and interactions. For example, in large structures such as stars and galaxies, the gravitational force can cause particles to clump together, leading to the formation of structures like planets and galaxies.
No, there are other fundamental forces that also affect subatomic particles, such as electromagnetism and strong and weak nuclear forces. These forces can have a stronger effect on particles than gravity, especially at the subatomic level.