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Originally Posted by theunify  This may be worthwhile if we can resolve the space/mass ratio we are currently exhibiting in real-time, otherwise there is no scale of comparison from which I can imagine a particle being composed of rapidly expanding waves, and not having a centre. |
Hi theunify,
I do not see that there is any fixed mass/space ratio in the universe. A hydrogen atom has certain fixed maximum dimensions beyond which the electron is ejected as a free electron beyond the ionization limit. This is known. Each whole atom is discontinuous, transforming back and forth from a physical form in each space frame into timeless and formless quantized energy equivalents in quantum frames between space frames. So the light ejected from atoms can only travel a fixed distance in each primary interval of time defined by one space frame. A primary interval of time can readily be calculated from the fact that the angular momentum of the electron in the first hydrogen orbit MUST be zero. This primary interval of time in 1.519x10 to the minus 16th power. This is what makes light transmission a quantum of photonic energy. Both space and time are quantized. Light transmission is thus not continuous, but since the quantum frames are timeless the space frames close ranks to give the impression of continuity. It is in this way that light defines space. It has a specific relationship to each atom in the universe. Its speed is universal. And where there is no light there is a black hole in space.
But the atomic fusion processes in stars condense space. One atom of helium occupies less volume than one atom of hydrogen even though it is the fusion product of two atoms of hydrogen, and so on up through the heavier elements. But light in defining space has a universal relationship to each atom, regardless of its atomic mass. So there is no universal requirement for a fixed mass-space ratio.
I dont know what you mean by a particle being formed by rapidly expanding waves and not having a center. I agree that a photon is not like a particle in its transmission that defines space. It is simply quantized.
Regards,
Bob