Why do atoms jiggle?

In my physics atoms are built in real time by gravity, and magnetism which confine 'themselves' inside their own physics. When you confine gravity it tries to escape, because quantized gravity cannot overlap local quantized gravity. Each gravity quantization is spinning around a quantum hole, and a quantum hole only exists because of its gravity membrane. Therefore the quantum hole virtually creates the quantum membrane location, and the quantum membrane virtually creates the quantum hole location... like a 15 square puzzle where the sliding hole doesn't really exist, because it is made from the tiles from a much bigger hole.

This reality where a membrane spins around a hole to create the hole's location is happening at C, and because it is all virtual in every aspect the location isn't 100% stable, it is virtual, and not exact.

When gravity spins around holes next to each other the membrane is making choices as to where the area of least resistance is, and those choices create the jiggle.

When gravity collides, the hole, and the membrane take on a new shape which is a tube, and that tube is magnetism. Now gravity can propagate in a more linear fashion with less spin, and so you get virtual speed, which is time. You can split distances up into tubes, removing spin, and colours can all propagate at the same speed with variations in propagation length.

You can split Galaxy curvature up in the same way to accelerate orbits of outer bodies.

Pincho Paxton