Abstract
The numerous facets of time that highlight its character have been well described in the book About Time by Paul Davies from Viking 1995. Nevertheless, many aspects of time still attract vigorous debate. This essay is a very serious attempt to offer several steps towards resolving time via quantum pseudokinematics. Quantum pseudokinematics is discrete (contiguous) motion as opposed to smooth (continuous) motion. It arises as the false motion linked to the time ordered accumulation of primal spatial locations – these equate with dimensionless points. Everything emerges as spatial symmetries. The union of spatial symmetries creates matter. These concepts rest on discoveries made after running computer trials based on early string theory, but designed to investigate a problem noted by Richard Feynman, see Lectures Vol II, pp12.12 et seq. The model grew from notions inspired by Gabrielle Veneziano in 1968. Its penultimate gift is a parameter-free mass-line generating algorithm that exactly reproduces fundamental particle properties based on quantum pseudokinematics. This essay provides overwhelming evidence for the discrete nature of time and discrete material existence in general.
Myke Stanbridge