ZD Interferometer-Scanner (ZDIS)
Measurement of velocity and gravity vectors in singularity space
Introduction
The ZD Interferometer Scanner is a measuring device designed to measure velocity and gravity vectors in singularity space. Previous experiments related to the attempt to measure the absolute speed in the space of the Universe were unsuccessful, because a static observer was used for observation in the inertial frame of the measuring device. Light waves, although they are emitted from a source in the system of the measuring device, do not belong to this system. Waves belong to the system of their carrier, which is the material space of the Singularity, which is the fourth geometric dimension of the Universe. To measure velocity in the fourth dimension (4D), from 3D space, you need to measure it with a mobile Observer (MO).
Measuring velocity in space
Fig. 2
Measurement method
The method of measuring the velocity vector in space is a universal method that is applicable in gaseous space, liquid space, and singularity space. The measurement concerns velocities lower than the speed of wave propagation and consists in measuring the magnitude of the physical phenomenon of interference, coherent waves emitted from one source, then separated and directed opposite to each other, causing an interference wave λi in space. The length of the interference wave thus formed depends on the velocity v of the source F0 in space.
Application
TheZDIS device can be used in:
- Space and near-Earth research.
- Obtaining and cloning the reference time.
- Satellite geodesy.
- Astronautics.
- Aviation
- Fast ground vehicles.
Measurement of the Interference Wavelength in Singularity Space
Fig. 3
Where:
v – velocity of the object in space (4D) c – speed of light (4D)
λ0 – wavelength of the light source (3D).
f0 – wave frequency of the light source (in 3D).
f0 = constant
λi – interference wavelength (4D).
Calculation of interference wavelength
The sum of the number of wavelengths directed oppositely, over a given length section, is a constant quantity.
The interference wavelength in singularity space is:
After the transformation:
The absolute velocity v in the space of the Singularity (4D) is:
Where:
For other spaces:
Table 2.
Examples of velocity for interference wavelength = 1000 mm, for different material spaces.
Table 3.
Table of velocities of selected objects and the corresponding interference wavelength , for wavelength = 456.9 nm.
Where:
