It is desirable to understand the movement of both matter and energy in the universebased upon fundamental principles of space and time. Time dilation and length contractionare features of Special Relativity derived from the observed constancy of the speedof light. Quantum Mechanics asserts that motion in the universe is probabilistic andnot deterministic. While the practicality of these dissimilar theories is well establishedthrough widespread application inconsistencies in their marriage persist, marring theirutility, and preventing their full expression. After identifying an error in perspective thecurrent theories are tested by modifying logical assumptions to eliminate paradoxicalcontradictions. Analysis of simultaneous frames of reference leads to a new formulationof space and time that predicts the motion of both kinds of particles. Proper Spaceis a real, three-dimensional space clocked by proper time that is undergoing a densi-fication at the rate of c. Coordinate transformations to a familiar object space and amathematical stationary space clarify the counterintuitive aspects of Special Relativity.These symmetries demonstrate that within the local universe stationary observers area forbidden frame of reference; all is in motion. In lieu of Quantum Mechanics andUncertainty the use of the imaginary number i is restricted for application to the labelingof mass as either material or immaterial. This material phase difference accountsfor both the perceived constant velocity of light and its apparent statistical nature. Theapplication of Proper Space Kinematics will advance more accurate representations ofmicroscopic, macroscopic, and cosmological processes and serve as a foundation forfurther study and reflection thereafter leading to greater insight.
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