Morton Spears' Curved Quantum Space

Note: This was written before I had a complete theory of the aether. The experiment outlined will not produce a different results in space than on Earth, reason being that everything is slightly bigger in space, including the wall of the experiment and the measuring tape used to measure the resulting pattern. The recorded pattern cannot be deemed larger locally in space due to this effect of the aether. Furthermore, the recorded pattern will become correspondingly smaller on Earth, making it impossible to see that it ever was slightly larger in space. However, the experiment may nevertheless be worth making as a confirmation of my current conclusion that there will be no measurable differences in space.

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If Morton Spears was right about gravity, then space must be full of low energy photons.

This is not only true for Morton Spears' theory. It is true for any theory in which gravity operates on the dielectric quality of matter, so it applies to the Non-Linear Electric Field theory too. It probably applies to Ralph Sansbury's theory as well.

In all cases, space must be full of electrons since they can neither be created nor destroyed out of nothing. This in turn means that they most probably resonate with each other to form a standing wave pattern.

Having used this presumed standing wave to solve both the single slit and double slit experiment in a non-magical, purely mechanical way, it seems reasonable to conclude that this standing wave really exists.

If so, we know from our original thinking around gravity and photons that the standing wave grid must curve around gravitational bodies. After all, photons are attracted by gravity. They curve ever so slightly when traveling perpendicular to the gravitational field.

This again means that the standing wave pattern cannot be completely uniform around gravitational bodies. The standing wave grid is denser closer to a gravitational body than farther away.

Since the single slit experiment and the double slit experiment both rely heavily on the standing wave, we get the interesting and testable conclusion that these experiments will yield slightly different results depending on the gravitational field in which the test is done.

The refraction pattern from a double slit experiment done in free space will be different from the exact same experiment performed on Earth.

Double slit experiment setup