Time and Time Fields: Modeling, Relativity & Systems Control

About the book for short ("pitch")

Review of thoughts on time through centuries since the ancient epoch.

The physical reality permitted the characterization and definition of time.

Discoveries of the unknown features of time and its speed.

The existence of time fields reflects the temporal structure of space.

New physical principles linked the properties of time with modeling dynamical systems and with their control design.

Two novel mathematical theories of time relativity. They overcome all the problems, paradoxes, absurd and mistakes of Einstein's relativity theory.

Abstract

Discovery of unknown properties of time, of its speed and of the light speed rejects Einstein s time relativity theory. The full physical characterization of time and of its properties, and of the physical sense of its relativity that is the basis for the novel mathematical relativity theory. Being free of Einstein's a priori accepted assumptions that are physically inacceptable, the new time and spatial coordinate, speed and velocity, acceleration, mass, force and energy transformations are essentially different in the general and in the special case from Lorentz' and from those induced by them.

The physical sense of time relativity shows the existence of newly discovered time fields.

New physical principles link the properties of time, with modeling physical processes and systems, and with synthesis and implementation of advanced control of dynamical systems.

Refinements of the basic physics fundamentals and of the relativity theory fundamentals.

New research avenues in physics, relativity theory, mathematical physics, systems and control, and in philosophy.