This is an technical and theoretical exploration of the potential for the high temperature superconductor ceramic Yttrium-Barium-Cuprite-Oxide, in the form of ceramic disks, to exhibit gravity influencing, altering or dampening effects. The variables that are relevant are: rotational speed, vacuum tension, temperature and floatation magnet strength; with refinements build upon the original gravity shield design. The temperature is maintained by vacuums and liquid hydrogen cooled gravitoelectrical components to zero-point temperatures, which are then suspended and held in vacuums at all connective points by previously charged ferrite floatation magnets which do not require input. This creates a zero energy loss and entropy bleed system of constant gravitonic-kinetic-electric energy transference, which contributes through the conservation of input energy and cumulative energy gain into a feedback loop of limitless exponentially increasing output energy through reinput energy accumulation. Through experimental observations of the energy dampening effects of high temperature superconductors, upon gravitonic field/particle/wave energy, I rationalise the synthesis of the theoretical paradigm of Hyperparticle Gravitation out of the current paradigms of Zero-point, Hyperspace, Superstring, Photoelectric Ether, Antigravity and Quantum Mechanical paradigms. (Kuhn, T., (1962) Through which deducing the existence of a Gluon-Electron-Graviton energy interaction occurring, which I then use as the basis for the formulation of the Hyperparticle Gravitation Paradigm and the Infinite Energy Theorem. Thus providing the explanation for the anomalous gravity dampening effect of the Gravity Shield and providing a rough technical outline for the creation of a Gravitoelectric Cumulative Transference Power Source: the safest, cleanest, most economical and freely abundant energy resource available to the human race.