Quantizing the qubit space, i.e. the SU2 gauge group, yields the Platonic solids as fundamental states. They correspond to triplets of flavored quarks, in duality. The structure of the positive electric charge of the proton, and of the neutral neutron in first approximation, is claimed to yield Gravity as a residual force. The ensuing breaking the isotropy symmetry allows for the use of Dynamical Nuclear Orientation to control the gravitational potential and hence inertial mass, the corresponding effective charge. This Gravity theory in a thermodynamic formulation was first proposed and tested by Dr. Frederick Alzofon in the 1980s. The above foundations based on the SM were added only recently by the author. Moreover, the current Standard Model gauge group U(1) x SU(2) x SU(3) is just a “blow-up” of the local parameterization of SU(2) viewed as a Hopf fibration (see Piotr Zenczyhowski, Elementary particles and Emergent Phase Space). This approach leads to a true unification of “fundamental” interactions. The ppp presents the main idea in a simple and intuitive way. For additional insights see the author’s recent preprints.