[Brian Jakub]

Dave,

I always saw the picture, I just didn't have the proper physics terms to describe it. I thank you for that and will reference you if I publish.

What if the process of condensing the ethereal matter into atoms causes gravity, instead of the other way around.

Quote:
What we observe with acceleration of an object is the conversion of the random motion of an object to the uniform motion of a linear accelerated velocity. As we stated earlier, uniform motion allows the Self-affinity bonding property to increase and thus it causes the substance of the object to condense to form an object with greater spatial density and quite likely smaller spatial dimensions.

What if the unstructured matter of the ether is really structured. It could be made up of made up of particles that are interlocked and spinning and in the vacuum of space they settle into near perfect order, or high spatial density. This could be caused by an aligning of the axes of the spinning particles that make up the ether.

What if the ether is a volume of high spatial density, and the inside of the atom is a volume of high spatial density because the motion of the particles that make up both spaces aren't randomn. Could the motion of the entire space of an atom as a whole, relative to the space of the ether be the only thing that is randomn? As the randomn motion of atoms combine to build large pieces of matter they create an area of low spatial density, like a planet. So we end up with an volume of low spatial density, ( the planet) made up of volumes of high spatial density, ( the atoms) imbedded in a volume of high spatial density(the ether). So, the volume of high spatial density of the ether would try to equalize with the volume of low spatial density, of the planet. This equalizing would be the gravitational force, just like in weather when the air of a high pressure area rushes into the area of a low pressure system.

Brian