Space is Not Curved

I disagree with Einstein about "space being curved". Or rather, I disagree with the way those words are used to describe what really happens. I define space as the arbitrarily measured three-dimensional cartesian grid, not to refer to the spatial relativity of interacting molecules.

I understand what happens is that the flowing molecules of light will curve around spherical objects which are enormous collections of molecule gasses sparkling in fusion and sending out energy.

When astronomers first noticed black holes, and did not know what they were, they called them black holes. They since discovered that they are dense spheres of matter with such high gravity that they suck in all light and matter. So I wonder why we do not now call them Black Spheres, since they are spheres.

Light is a mass of molecules moving very fast in a long curling spiral wave.

Movement of light, spiraling waves of particles, flowing around a small object like my body will not appear to curve, as my shadow is generally rather sharp-edged. However, they will curve around massive atomic globular objects like stars and planets, because the density of the star changes the direction of the flowing waves of light molecules.

The common graphic used to depict the "curve of space" shows one single cartesian plane in relation to the star, but that graphic is deceptive. We have to visualize all cartesian planes in three dimensions around the star, and a visualization of the mathematical curve that "bends" light through space in the time flow around the dense sphere of molecules.

We measure space with the classic dimensions:
0 - Point
1 - Line, Point to Point
2 - Plane, Line to Line
3 - Cube, Plane to Plane
4 - Time, Atoms moving Cube to Cube

The arbitrarily measured three-dimensional cartesian grid by which we visualize space does not bend. The density of molecules that compose a spherical entity, such as a star, acts like a stone in a river bed, and light, that flows like water, swirls and "bends" around the stone as it flows.

The gravitational density of the spherical entity affects the flow of light, causing it to bend in an elegant mathematical curve.