The four fundamental interactions of the SM can be unified as a quark field, by using the Hopf fibration to model the basic building block of matter: qubit space (software viewpoint) / quark structure of the neutron (hardware). This approach uses a much richer mathematical structure in lieu of the GUT approach via a larger symmetry group and recycling the gauge theory paradigm, while still missing Gravity.Quarks are not independent particles. The unified field is the quark field, a type $(2,1)$ vector field associated with neutrons, breaking the $SO(3)$-symmetry of classical or quantum pointwise charges.Under interactions with the environment it decays into the constituents of the stable form, the hydrogen atom.Weak interaction is not a force, rather a transition between modes of vibration of baryons. Strong Force needs to be redesigned as a nuclear force, instead of being tailored to confine quarks. Gravity is a correction to EM as the main long range component of the quark field. Motion adds dynamical aspects to Gravity, including induction due to mass currents, which has been experimentally proved.Applications to Gravity Control, experimentally verified, and controlling Cold Fusion / Transmutations, also experimentally observed, are briefly mentioned.