I want to understand gravity and I believe the best way to do so is to look at the very basic fundamentals of how atoms are held together. One thing that has always come to mind was, why doesn't the electron rush for the nucleus? Why does it attract, yet repulse to a distance to remain in orbit? This question remains true for planets and moons as well.
I drew up this possibility that suggests the rotation of particles and the effect they could have on eachother. If particles attract/repulse on eachother according to their rotation at the quadrants, this could explain the attractive, yet repulsive, nature of orbits.
Sorry for not adding more content at this time. Feel free to offer any comments or debates about this model.
- Bob
I drew up this possibility that suggests the rotation of particles and the effect they could have on eachother. If particles attract/repulse on eachother according to their rotation at the quadrants, this could explain the attractive, yet repulsive, nature of orbits.
Sorry for not adding more content at this time. Feel free to offer any comments or debates about this model.
- Bob