In this paper Temporal Mechanics moves beyond known issues of Bell’s Theorem, as per presenting the case of non-local time-points being responsible for the phenomenon of quantum entanglement and associated disparity between the location of a particle and its actual quantum mechanical status. To properly introduce and qualify the time-points, here is presented 5 “Principles of Simplicity” of time and space, principles that then shall explain the construction of the elementary and subatomic particles, and yet more fundamentally describing the relationship between a particle and a quantum of light and thence describe the natural propulsion and illumination of a particle and how that is observed in nature (and as what). The data backing Temporal Mechanics and proposed modelling ranges throughout all the confirmed and well-established data in physics and chemistry, to recently discovered data yet to be formally allocated theoretic understanding, uncovering embedded encryption in high energy particle collision data not previously recognised and theoretically placed, here with electron shell modelling as the newly proposed magnetic quantum shell (MQS) system.