The strange consequences of the Fifth Interaction
It may seem even more difficult to convince people of the even stranger consequences that result when we push this line of thought to its limits. But let us once again trust stubbornly in our readers’ irrepressible intelligence and make them witnesses to what appear the Theory appears inevitably to imply.
The observer perceives the trajectories of the wave surfaces from different perspectives that in turn depend on the distribution of the extended body in space. As the wave surfaces can be summed together, we end up with new and even stranger predictions that will provide a new way to understand the evolution of the shapes of many cosmic phenomena that still remain unsolved.
Bodies with the same mass and density but different “forms” should have different maximum velocities.
Thus, a disk moving through the void in the direction of its diameter could use the same energy to achieve a greater velocity than a sphere with the same mass. The shortening by the Doppler effect of the waves originating in the various atoms that make up the disk appears to be a function of the reduced possibility of parallel wave surfaces from different parts of the disk joining together. As a disk is narrower than a sphere with the same mass, it covers a larger angle of vision.
When the wave surfaces can join together less effectively as a result of the form, the force setting the disk in motion becomes more effective. This is because their combined wavelength is farther from the maximum wavelength l = L and will thus raise less resistance to the increase in velocity. Similarly, the same disk could be accelerated in the void in the direction of its axis more easily (using less energy) than in the direction of its diameter.
A rod will consume less energy to achieve a particular velocity in the void when its axis is perpendicular to the direction of the velocity than it would if the rod is moving with its axis in the same direction as the velocity.
We will examine below how the masses’ strange behavior as a function of their form and maximum velocity can explain the evolution of the form and structure of the galaxies and some of their anomalies in particular in an entirely logical fashion.
Picture 61. An observer will see that the waves emitted by a rod, made up of many wave sources in a row, are more concentrated in those areas around it that are distant from the axis of the rod.
The same argument is also valid of course for a disk whose waves are less concentrated for an observer located away from the plane that passes through the plane on which the perimeter of the disk is lying.
The design this new interaction reveals to us has consequences that are so consistent and so beautiful that it would be very strange if this whole series of coincidences with the most mysterious aspects of nature had no basis in reality.
It is becoming clear that gravity is no longer the only key factor to understanding the structure of the Universe.
In addition to the force of gravity, we must consider a new anti-gravitational repulsive force that becomes increasingly determinative as the value of the mass involved increases.
People’s natural resistance to change will be unable to stand up to the effectiveness of the new explanatory models, but the bitter experience of all the innovators that have come before us has taught us just how difficult it is to dislodge the most deeply rooted scientific concepts when these have enjoyed a degree of success in their application.
According to the Theory, the sum of the frequencies originating in a macroscopic body made up of more than one source of elementary waves is linked to the value of the “effective and parallel” wave surface of the waves originating in the body.
It is a function of the parallelism of the waves originating in the body, which taken together is extensive in space as it is made up of many elementary wave sources.
The elementary wave sources’ distribution in space depends directly on the “form” of the body.
It follows therefore that the distribution of the body in space conditions its maximum possible velocity. From the observer’s perspective, this appears to depend on the angle ( Φ ) of the different trajectories of the waves originating in the elementary particles that make up the body and, as a result, on the distribution of the body as a whole in space.
Picture 62. We nonetheless have faith in the free spirits who continue to survive among us to move this new form of investigation forward as a new vision of the nature of the Universe.
We continue to turn to them in the hope that they will know how to follow the causal links that lead from particles to the Universe and transcend the dictates of orthodoxy. They must satisfy their imaginations and their thirst for understanding with a new solution to one of the most mysterious wonders in physics today.
Let us now use waves to try to pick the lock on quantum mechanics’ most tightly sealed and most famous box: the atom.
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