The aims of this study are:

1. To describe a pre-selected geometric structure of time.
2. To calculate the dynamic mathematical properties of this structure of time.
3. To relate these mathematical properties of the structure of time to known physical phenomenon, including the speed of light and gravitation.
4. To relate the mathematical properties of the structure of time to current mysteries of science, including the nature of the Planck constant, the accelerating expansion of the universe and the “pioneer anomaly”.

These aims were achieved by describing the pre-selected geometric structure of time and then performing mathematical computations on this structure to determine its properties. Logic and spatial visualization were employed to relate these abstract mathematical computations to known physical phenomenon of the speed of light, gravitation and the Planck constant. The mathematical computations were further considered to predict previously unexplained phenomenon, including the accelerating expansion of the universe and the “pioneer anomaly”.
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© John Evans 2011: Theory of Time Mechanics