Space and mass

For awhile I have been toying with an idea that seems long in creation in my subconscious mind. It's not fully formed; might never be. But with the help of my daily small cup of red wine, here goes.

Think of mass, created in the Big Bang. And think of space, created at the same time. Imagine that mass is simply where space was pulled out of, and space is steadily being pulled back in to mass. Thus gravitational force is merely riding along in place as space gets pulled back into mass.

The total energy involved is given by Einstein's mass-energy equivalence equation, E = M * C^2, and was created by the stretching out of space that created the mass.

As I think about it more, a particle that has been around awhile would have more of its equivalent space reeled in than a younger particle of the same type. The sum total energy released by the annihilation of the particle, as in a positron-electron collision where the energy is converted into photons, is the energy of the energy of the space that had been reeled in already, plus the energy of the space that remains still stretched out at that point in time. Thus seems at the moment to me to suggest that the space stretch of a positron is the opposite of the space stretch of an electron. In the early formation of the universe with equal amounts of terrene and contraterrene mass, the uneven distribution apparently involved more "black holes" of CT material to swallow up more of CT mass, leaving the terrene form of mass of our familiar universe. (I can't remember how to spell "terrene" and "contraterrene", CT, as I have not really consciously thought much about this since high school days, over half a century ago.)

As the stretching out of space, in that creation of the mass, extended throughout the extent of the universe, the annihilation of the electron-positron means the simultaneous loss of their part of "space" and that "snap" ought to be be simultaneously felt throughout the universe at the same instant. Although the means to detect the "snap" has yet to be explored.

The force of gravity exerted by the particle remains a constant since the rate of space it is pulling in is constant, the closer to the mass the stronger the pull due to the increased arc angle that the other mass intersects of that space. Since the "force" of gravity increases with the inverse of the square of the distance, instead of the cube of the distance, this suggests that that force is a two dimensional space force, which leads to further areas to explore.

This set of interrelated concepts surely ought to be able to be useful as part of a theme in some science fiction story which I have yet to write, anyway.