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CHAPTER dimensional theories that all apply different definitions of temporal dimensions. Several names are mentioned in this respect, including Bartini, Tifft, Lehto, Kozyrev and Shikhobalov. Scientists from the East, particularly Kozyrev, conducted very advanced research on time as early as the 1960s. As substantiated by countless scientific examples, it has been recognized that different scientists sometimes discover the same things at the same time, or in different eras, but independently from one another. Be that as it may, superior space-times constitute the center of ideas accessible to all. Nicolai Alexandrovich Kozyrev was an astronomer. Almost fifty years ago, he took an interest in the nature of time. Assuming that the rotation of stars was connected to their energy output, he embarked on a crusade to decrypt physical time. He and some other Soviet colleagues grew fascinated by the secondary effects of gyroscopes. A spinning motion (like the rotors of an alien vessel) seemed to lead to different time flows. Similarly, Yuri V. Nachalov explained that “H. Hayasaka and S. Takeuchi have attempted to explain the effect of antigravitation as the manifestation of torsion fields generated by the spinning gyroscope.” Kozyrev discovered astonishing physical properties of time. In an article published in 1967 entitled “Possibility of the experimental study of the properties of time®” he presented the results of a series of exper- iments he had run on scales and gyroscopes based on the effects of vibration, and even on temperature or latitude change. He focused attention on the fact that a spinning gyroscope causes deviations simi- lar to the power of a lever in comparison with the laboratory frame of 169 The axioms of 3D time TIME HAS BEEN SUBJECT to various three-