Quantum Gravity Framework 2.0 : A Complete Dynamical Framework of Principles for Quantization of General Relativity

Developing Planck scale physics requires addressing problem of time, quantum reduction, determinism and continuum limit. In this article on the already known foundations of quantum mechanics, a set of proposals of dynamics is built on fully constrained discrete models: 1) Self-Evolution - Flow of time in the phase space in a single point system, 2) Local Measurement by Local Reduction through quantum diffusion theory, quantum diffusion equation is rederived with different assumptions, 3) Quantum Evolution of a MultiPoint Discrete Manifold of systems through a foliation chosen dynamically, and 4) Continuum Limit, and Determinism are enforced by adding terms and averaging to the action. The proposals are applied to the various physical scenarios such as: 1) Minisuperspace reduced cosmology of isotropic and homogenous universe with scalar field, 2) Expanding universe with perturbation, and 3) Newtonian universe. Ways to experimentally test the theory is discussed. This article is a further revision of its previous revision.Comment: 40 pages, 25 references, this paper improves and expands the previous versio