Vladislav Iosifovich Mirkin is a candidate of technical sciences, born in 1947, graduated from the physics department of Saratov State University in 1970. He defended his dissertation in 1980 at the Istok Research Institute, Moscow. He currently lives in the USA, where he has published three books.
“The Emperor’s New Clothes” is a book of short stories that have nothing to do with physics. “A Short Course in Idealistic Physics” is a completely materialistic book, the content of which can be considered mocking philosophy.
Both of these books were steps toward the etheric ideology, and I dedicated all my subsequent works to it. In addition to my latest book, which I called “The Theory of Absoluteness,” it is important to note that the ether is the basis of the entire universe and that it also gives rise to the possibility of discussing a single frame of reference.
The properties of ether are determined by the types of movement of ether particles relative to matter particles. In the ether model, all particles in the volume of the Universe are charged with the same electric charge (unipolar ether). Here, the main action is the Daniel Bernoulli effect. We propose a mechanism explaining the Bernoulli’s principle, which is based on the existence of unipolar ether.
• Firstly, the error in the classical interpretation of the Michelson and Miller experiments, which allegedly denies the existence of ether, becomes obvious.
• Secondly, we begin to understand the physical mechanism for the occurrence of mass defects (of seemingly opposite signs) during the decay and synthesis of various particles of matter. It also becomes clear the physical meaning of the formula E=mc2, which is not a universal formula in all cases.
• Thirdly, based on precise experimental measurements of the cell sizes of metal crystal lattices and their structure, it has been established that the sum of the masses of free metal atoms is not equal to the mass of the sum of atoms in the crystal lattice in the same volume (the calculation is based on knowledge of these precise dimensions, experimentally established atomic masses of metals and the experimentally established Avogadro constant). 19 metals were compared, and everywhere the difference in mass was significant (enormous from the point of view of the formula). The difference in the sum of the masses compared to the mass of the sum was 2.31% (approximately 27 times greater than the mass defect in neutron decay) for lithium, which corresponds to an energy of 108 eV per atom if this formula is used here too. The consumption record of heating and evaporation are taken into account in hundredths and tenths of a percent of the measured mass difference. However, even this is unimportant, since for calcium and titanium the sum mass turned out to be greater than the sum of the masses (mass defect of the opposite sign): but measurement errors and heating energy in all cases equally affect the results.
• Fourthly, the mass defect caused by the Bernoulli effect is observed in the motion of astronomical bodies. It manifests itself in the incredibly high densities of many exoplanets the planet CoRoT-3b has an average density of about 26.5 g/cm3, which is greater than the density of osmium). The extremely thin bones of dinosaurs and the super-long jumps of the ancient Greeks indicate that the force of gravity on Earth was different at different times. From these experimentally obtained data, it follows that the mass of bodies (their inertia) is determined not only by the number of nucleons in the body, but to a large extent by the speed of movement of the body relative to the speed of movement of the ether particles, which can be translational and oscillatory.
