An Interpretation of the Standard Model & General Relativity as the Behavior of a Network of Causal Relationships

Abstract

The fundamental structure of the universe is posited to be a network of causal relationships. Coordinate systems are interpreted as a regular structure of causal links. The discrete nature of such coordinate systems and the associated aliasing gives rise to the existence of a phase factor. This in turn leads to an interpretation of the probabilistic nature of observation and the path integral approach to quantum field theory. The symmetry group of a coordinate system built from causal links is shown to match that of the Standard Model of particle physics. The metric of such a coordinate system has Lorentzian signature, while accounting for its curvature leads to a natural interpretation of the Hilbert action of general relativity.