# Willem F Esterhuyse

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1. ## Wave Function.

What is the wave function of an electron in a Hydrogen atom?
2. ## Particles: what they are made of.

Correct. I'm not claiming the particles are made of a mapping. I'm claiming they are the object that is mapped to.
3. ## Particles: what they are made of.

The mapping of the complex plane by stereographic projection onto a unit sphere. I don't know of other Riemann Spheres.
4. ## What are Stars?

I can't believe stars are other suns because I have seen a star stop shining in front of my eyes.
5. ## Particles: what they are made of.

I have evidence but you can't see it, you can just feel it and hear it.
6. ## Particles: what they are made of.

Mesons are made of six superimposed Riemann Spheres with left out or added events of spacetime encoding the mass, isospin, electric charge and color charge. The Riemann Spheres comes from all of spacetime that copied and contracted (in 2D slices). Baryons are made of ten Riemann Spheres superimposed.
7. ## Photons: Why They Follow Geodesics

I don't need to derive geodesic equations: I can simply state that the anti-photon engages the next two negative spacetime events thereby possibly changing its direction of motion. We associate numbers to negative events simply by stating: CB("Name of Coordinate System", -ngx_1 - mgx_2 - lgx_3 - kgx_4), where x_i element of unit vectors on R^4, n, m, l, k element of N, g element of R. From Figure 1.5 we see that an electron may emit a photon or an anti-photon (the two electric charge circles). To create a photon from an electron we need: an operator called a copier, a charge copier and a charge transport operator. We work in the reference frame of the Centre of Mass of the electron. The copier must copy the circle of S_2 and the Riemann Sphere of S_2 itself. Then the carge copier must make 2 copies of the charges on S_2, then the charge transporter must move two of the copies as follows: move the copied charge from (1 - idelta) to (-delta - i) and the one from (-1 - idelta) to (delta -i). Then the other copy of the right sided charge must move to (1 - i(delta + lambda)) and on the left to (- 1 - i(delta - lambda), with lambda chosen by the observer so that the line between the left and right charges is prependicular to the momentum direction. Since lambda > 0 we have the momentum not precisely in the "up" direction. The same orientation as a reference photon. They are seen as phase shifted photons. Space is made of numbers. I reject the strong force, I think we can do without it. See anti-photons as phase shifted photons going back in time. What is not compatible with the standard model?
8. ## Photons: Why They Follow Geodesics

I stated that negative events are events left out of the relevant spacetime. They have negative numbers associated with them. "Positive events" have positive numbers associated with them. Inverse handedness. For example: an electron falling from a higher energy state at 12 o'clock in it's orbit would not emit a photon exactly in the "up" direction.
9. ## Photons: Why They Follow Geodesics

Negative events are events lying on the negative axis, should some observer provide a zero point. The photons have events left out as shown in the picture. These left out points are located at 1-delta_1 - i*delta_2 and delta_1 - I*(1 - delta_2) as well as copies around the y-z plane. This is for the obvious coordinate system centered at the origin, with x pointing to the right. The left out events have by their nature the property of attracting events of spacetime, since left out events cancels out positive events. Then I think the stiffness of space will come into the formulas. The spacetime events engaged by the left out events create a force in the -x direction of size F = f (epsilon_0, d) - I must do dimensional analysis to determine this. I can state that negative events are equivalent to events left out of spacetime. Negative events are similarly attracted by added positive events. I need to draw pictures for the second question. It will take time. I see now that the figures didn't copy, that is why I used the file attachment option.

11. ## Photons: Why They Follow Geodesics

That does not make total sense. What is the mechanism by which it does this? Here is the manuscript attached. It is in .pdf format.
12. ## Photons: Why They Follow Geodesics

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