Time and Consistent Relativity: Physical and Mathematical Fundamentals establishes a new and original theory of time relativity, which is fully consistent. It explains why Einstein's theory of time relativity is physically meaningless and mathematically based on tacit inacceptable assumptions, and why it represents the singular case from the mathematical point of view. The consistent relativity theory established in the book represents an exit from the situation created by Einstein's theory of time relativity.

This original book presents novel results on time and its relativity that constitute the consistent relativity theory. The results are free of mistakes, inconsistencies, and paradoxes of Einstein's time relativity theory. The author's original discoveries and results constitute the new physical and mathematical fundamentals on time and its relativity. The book presentation is concise, clear, and self-contained. It covers the phenomenon of time and its properties and results in a definition and characterization of time. It enables the great variety of new mathematical results presented in the form of theorems and their corollaries and specifies the necessary and sufficient conditions for the corresponding statements to hold. The proofs are rigorous.

This book:






Explains the physical nature of time



Presents the definition and characterization of time



Explains the physical sense of time relativity



Rejects Einstein's time relativity theory as the general one



Proves that Einstein's time relativity theory represents a singular case valid under tacit, physically meaningless and mathematically inacceptable, assumptions



Generalizes and extends the Galilean-Newtonian meaning of time and its relativity



Introduces various new classes of mathematical transformations related to temporal, spatial, and velocity coordinates and proves the necessary and sufficient conditions for their validity



Discovers a great specter of new results on the time uniqueness, relativity, and temporal speed



Discovers and proves a great specter of new results on the velocity and its transformations



Discovers and proves a great specter of new results on the light speed and its invariance and non-invariance



Discovers and proves the relationship of the light speed and the upper limiting speed



Opens new directions for further research in physics and mathematical physics