Darwinian Quantum Gravity dynamics of small particles

Abstract

In Darwinian Quantum Gravity (DQG), a.k.a. Physics-Cell (PC) approach, the Standard Model of Physics (SMP) occurs through a Quantum Field (QF) array $\Psi$ of all SMP QFs within a 3D time-free medium, with $\Psi$ alterations being emitted and received at PCs, which are assumed to have a spherical format, by the emission and transmission of two types of QFs between PCs: QF array $\Delta \Psi$ and QF scalar $\delta \Psi$. The $\Delta \Psi$ are sent from the PCs based on the rules of the SMP calculated within the PCs, thus requiring that each PC processes the information required for a 4-vertices Feynman diagram of the SMP plus General Relativity (GR); whereas the $\delta \Psi$ is associated to the communication of the correction necessary to cancel the effects of the PC time-step size $t_{PC}$, with the energy density of $\delta \Psi$ being found to be equal to the dark energy’s density which is equal to the cosmological constant $\Lambda$. In PC approach, gravity occurs not through a QF but by synchronicity of QF quanta incoming onto a PC with quanta of the same QF outgoing from that PC, with the photon QF generating most of the symmetric aspect of the metric tensor and the neutrino QF generating most of the antisymmetric aspect of the metric tensor. The consequences of the PC approach are that QF decoherence is caused by reaching a pure-state maximum energy of $E_{PC}=\pi \times \frac{ħ}{t_{PC}}$, as any pure-state wavelength must be larger than $l_{PC}=c\times t_{PC}$ and so there is no physical meaning for scales below. Therefore, there are no quantum effects beyond GR for masses above $m_{PC}=\frac{E_{PC}}{c^2}$. Thus, the quantum aspects of gravity occur only for very small masses, and such effects are described here. In the PC approach, there is no physical meaning to scales below $l_{PC}$ and the spacetime is continuous through the interpolation process occurring by the communication between PCs of $\delta \Psi$.