Summary
I base my unified theory upon waves that explain the missing forces acting at a sub-atomic level. I define three new forces for this purpose for the time being without a discussion of how they act.
This Grand Unification Theory (GUT) is based upon defining the missing forces responsible for the behaviour of atomic particles and quanta.
This may seem a little inadequate at first but it surprising how these three waves can explain virtually all the remaining questions (gravity is one exception that I cannot explain fully yet).
The F wave
The F wave is an inter-dimensional boundary force between 3D and 4D that behaves sinusoidally in nature. This explains the phenomenon of Newton's Cube which shows light expanding cubically. In 3D forces (for example explosions act spherically). I suggest that in 4D forces act cubically.
The F wave also shows that the speed of light is NOT constant.
To all practical purposes it is constant but there is a small deviation as we travel from A to D in the diagram for the F wave.At A the photon comprises completely of energy and no (or perhaps very little mass?). This makes its transition between dimensions much easier. Midpoint between A and B the wave peak and it's speed is exactly equal to light speed (c). At A it exceeded light speed (c) by a small amount. The photo's speed then increases again as it approaches point B.
Distances in 4D are twice that in 3D. So for the same force, acting along the X axis, the photon travels twice as far and AB = 2CD.
At the same time it only needs half the force to return the photon into 3D. The 4D amplitude is thus half the 3D amplitude. This means the work done for each phase is the same.
The V wave
The V wave shows how energy varies as the F wave changes. At A where the photon is purely ebergy the V wave peaks. Midway between A and B at the
maximum amplitude the photon is purely mass (or very little energy?). The height h though is purely schematic. I have lately come to the
decision that the path of the V wave can be described by the Error Function. The V wave therefore controls the mass to energy conversion of the photon and explains the dual nature of light being both a particle and a wave (and both).
The S wave
The S wave shows how a force controlling the bonding of an atom's nucleus may behave. This introduces a new concept of having a dunamic nucleus and not a static nucleus. From A to B the expansion of the quarks, say, in an atomic nucleus build up to a peak. This means each quark is repelling it's neighbours. At some point, shown by the peak the attractive gravitational force overcomes the S wave and I propose a sudden collapse to restart the cycle.
This model should not conflict with my recent online article concerning atomic charge and molecular bonding. They are two separate processes.
The expansion of the nucleus need not be very great (perhaps, say 10% of it's radius).
