My comment to John-Erik Persson on his paper's page on Jan. 10, 2018
Dear John-Erik
I read your paper and I find that in many ways you have a better understanding of structural concepts than many who are committed to trying to fill the holes in existing quantum mechanics and relativity theories. You are correct that what is usually called ether exists and it is composed of particles that do not possess the angular motion that generates the frequency, wavelength, and dynamic mass effects that are present in both energy photons and matter particles. These particles are composed of simple linear motions and we live in a sea of them. Most interactions take place between entities that possess angular motions because interactions require an interaction cross-section to allow an interaction to take place. The greater the cross-section size or width is, the greater is the probability of an interaction. Interaction probability is also affected by the path flow and speed of entities that exist within the interaction cross-section. As an example, the cross-section of an atom would be the total size of its external field structure for elastic interactions. Within this structure, the matter particles in the nucleus have a much smaller interaction cross-section. Thus, the probability of an interaction that involves them in any way is much lower than just the probability of an interaction with the atom as a whole. Since sub-energy (ether) particles do not contain an angular motion, they cannot generally interact in the direction of their travel because their interaction cross-section is about zero. They mainly interact with entities that intersect them at an angle to their direction of travel. At the sub-energy particle density that exists in free space, an energy photon will travel a very long distance between such interactions. Each interaction decreases its frequency by a small amount, thus creating a red shift that increases with distance between the points of emission and absorption. Energy photons contain a second motion that operates at ninety degrees to their direction of travel and travels first in one direction and then reverses direction and travels in the opposite direction, both at ninety degrees to the photon's direction of travel in a repetitive cyclical pattern. This motion generates their frequency, wavelength, and dynamic mass effects. The greater the motion amplitude (speed) of this motion, the higher the photon's frequency, the shorter the wavelength, and the greater the dynamic mass effect possessed by the photon. You are right that this motion can have any value above zero, but it is usually generated at a specific value which is determined by a matter particle's amount of motion that is available for transfer to a sub-energy particle to transform it into an energy photon. When the photon is generated by an interaction between an electron in an atom and a sub-energy particle that is part of a high density sphere that is part of the atom's external field, the amount of energy (motion) that is transferred to the sub-energy particle is determined by the difference between the electron's motion in its travel in the low density area between that high density sphere and the other one that it is traveling between and the amount (amplitude) of motion at which the sub-energy particles in that sphere are traveling around the sphere from the sphere's sub-energy input to its output. When an electron is captured by an atom, it travels toward the atom until the attraction of the sub-energy spheres that it has traveled through is equal to the attraction of the spheres that it has not yet traveled through based on its mass. Its motion toward the atom then comes to a zero rate or motion amplitude in that direction and it then travels around the atom at the same velocity and direction as the sub-energy particles in the high density sub-energy sphere's that it is traveling between. Since it is traveling at the same velocity as the sub-energy particles it comes into close approximation to in the spheres, it cannot interact with a sub-energy particle to transfer motion to it. If it then receives added motion from the absorption of an energy photon, as an example, it will then move up and travel between two high density sub-energy spheres that are farther from the center of the atom. In this position it will travel faster than the sub-energy particles in those two spheres. This will apply pressure on the sub-energy sphere, such that the probability of an interaction with a sub-energy particle in the sphere is greatly increased. When it does interact with a sub-energy particle it transfers its excess motion to the sub-energy particle and returns to its mass based stability point. The motion that is transferred to the sub-energy particle causes it to try to travel faster than the speed of light, but the excess motion over the speed of light exceeds the threshold level beyond which any extra motion is transferred to its fourth dimensional motion. This extra motion travels into the sub-energy particle's fourth dimensional motion and generates its frequency, wavelength, and dynamic mass effects, thereby transforming it into an energy photon. Since all of the atoms of the same mass contain identical sub-energy fields, the amount of motion transferred to a sub-energy particle from an electron in the atom's outermost electron level when it goes from the next higher sub-energy sphere to its normal mass balanced sphere will be the same for all interactions of that type. This means that for a given type of atom the energy photon, thus produced will always have the same frequency, wavelength, and dynamic mass effect. So as you said it is not that a newly created energy photon could not possess any frequency, it is just that in a given type of atom the amount of motion that an electron can transfer to a sub-energy particle to transform it into an energy photon is fixed by the internal structure of the atom's external field. This does not give all of the possible photon creation results because, for example, an electron can possibly receive enough extra motion due to some interaction that it moves up two or more spheres, etc. in which case it could transfer more motion to a sub-energy particle to create a higher frequency photon, but even in that case all electrons that went down the same number of spheres in that type of atom would create photons with the same frequency, etc. An energy photon is a self-contained entity that carries all of its motions within itself, so it does not need to have a medium to travel through. As mentioned above when an energy photon interacts with a sub-energy particle it gives up some of its motion to that particle, which results in the lowering of its frequency. At the same time the sub-energy particle that receives that motion can be changed into a lower frequency photon. This tends to build up a background level of these lower frequency photons over time. If an energy photon's frequency is high enough, so that it contains enough motion to produce a matter particle and it comes into contact with an adequate angular motion component, such as the sub-energy fields near the nucleus of an atom, it can transfer some of that motion into the photon's fifth dimensional motion, which causes it to be transformed into a matter particle by causing the energy photon to take a three dimensional curved path that encloses back upon itself, thus creating a three dimensional cyclical enclosed path through which it travels continuously. This path can, of course, move or be stationary and the great angular motion of the photon as it travels that path generates its static mass effect. As the photon in the matter particle travels around this path it entrains sub-energy particles to travel through it. This generates the matter particle's internal energy field. This field flows from an input on the path to an output on the other side of the path. The input and output follow the photon as it travels around the path, so they are continually changing their locations on that path. This field is responsible for keeping the internal motions of one matter particle in the nucleus of an atom from interacting with the internal motions of other particles and would be identified with the strong force in most current theories. As the sub-energy particles flow through the matter particle the flow is modulated by the photon's fourth dimensional frequency/wavelength motion from a zero level linearly up to a maximum level and then back down to a zero level. This cycle continues. The result is the creation of concentric sub-energy particle spheres that vary in density linearly from a zero flow level to a maximum density flow level and then back down to the zero level as you travel outward from or inward toward the matter particle. This is the matter particle's external field structure. It is responsible for the capture and control of electrons and the binding of matter particles together into atoms. The matter particles in the nucleus of an atom are contained within the atom within the innermost high density sub-energy sphere. This containment would also be considered part of the strong force while the electron containment and elastic interactions with low enough kinetic energy that only involve the external fields, etc. would be likely considered to be connected to the weak force. I tried to cover much information in this post, so it may be hard to follow, but my papers in the contests on this site are somewhat less intense and give more details of how it all works and may answer any questions that you may have. If not I will try to answer them if I can. I will stop now as this is getting big.
Sincerely,
Paul