Admission
In 2012, busy working on the design of an induction furnace, I listened with one ear to the snippets of discussion of TV journalists coming from the TV about the famous E=mc2 formula of Albert Einstein. The discussion attracted my attention, not because of its content, but because of the topic that stimulated my imagination and gave me an impulse for deeper thoughts.
At first, my head was in chaos of thoughts, but with time, a specific idea emerged. I thought that: There must be some technical solution that would allow for an experimental verification of Albert Einstein’s Theory of Relativity and a broader understanding of his formula E=mc2
In the course of my reflections, I came to the conclusion that:
- The sum of the number of lengths, coherent waves in space, coming from one source and directed towards each other, over a given length period, is a constant quantity and independent of the velocity of the source of these waves in space.
- In the free motion of an object in space, it is possible to measure its absolute velocity in this space, as well as the magnitude of gravity acting on it. Knowing the speed of wave propagation in space and the interference wavelength of the coherent waves allows us to determine the absolute speed of the object in this space.
I also found that:
- Empty space has no structure and cannot constitute space.
- In empty space, the concept of velocity does not exist.
- Empty space does not transfer interaction.
- The permeability of empty space is zero (!).
- Only a material medium, having a structure, can create space and transmit interactions.
- A vacuum is a material medium, having a structure, creating a material space.
- Vacuum determines the speed of propagation of electromagnetic and gravitational waves.
- The speed of light (c) is a measurable absolute speed in space and is: c = 299,792,458 m/sec.
- Wave propagation can occur only in material space.
- Vacuum is a carrier of electromagnetic and gravitational waves.
- Vacuum is a medium for interaction.
- Vacuum is an energy carrier.
- The speed of propagation of electromagnetic and gravitationalwaves (c) is the absolute speed in vacuum space.
- For the Observer, who is in the inertial frame of the source ofcoherent electromagnetic waves, the resulting interference wave, two coherent waves, coming from one source and directed against each other, is a standing wave (!).
- A mobile observer, from his own inertial system, can measure the velocity of his system in space by scanning the wavelength of the physical interference phenomenon.
- Interference wavelength measurement is a measurement of the magnitude of a physical phenomenon occurring in (4D) from a 3D system.
- The length of the interference wave does not depend on the method of its measurement or on the design of the measuring device (!).
- The interference wavelength of electromagnetic waves depends onthe speed of the source of coherent waves in the vacuum space.
- Measuring the interference wavelength and knowing theparameters of the source of coherent waves allows you todetermine the absolute speed of the source of these waves in space.
Based on the discoveries I made and the conclusions I made, I developed a model of a measuring device based on the measurement of the interference wavelength of coherent waves, which by measuring the interference wavelength determines the magnitude of the absolute velocity vector and the magnitude of the gravitational vector acting on the source in space.The process of constructing the ZDIS device and the experiments carried out during its construction contributed to the formulation of new definitions and postulates, opening the way to the emergence of a new physical theory – the Theory of Real Physics.