ENCYCLOPEDIA GALACTICA Edition 428193 - Earth English Definition: 'Gravitization' A Language English1 term representing the foriscientific2 phenomena where matter exerts gravitational attraction along a narrow plane of vectors called the gravity manifold - sic aiunt. Matter then only attracts other bodies when these manifolds align. Purportedly, this is the low energy state for nucleon bound quarks – within protons and neutrons. Conventional matter only seems to manifest gravitational attraction in all directions due to the randomized orientation of its subatomic components. It follows that this phenomena underpins the observed exceptional weakness of the gravitational force with respect to other fundamental forces.3 The electromagnetic cousin is magnetization.4 A gravitized object forms when constituent quarks within atomic nuclei align their gravity manifolds. Gravitized atoms then coalesce with similarly gravitized atoms as they attract each other much more than any other material. The coalesced mass will have no or very weak gravitational interaction with other objects outside the collective manifold – force decoupling. The gravitized mass and the parent body from which it formed are held together only through inertia and other fundamental forces. From outside, the parent body can be measured to have two or more moments of inertia. The entire body becomes a cluster of multiple overlapping or concentric objects. Gravitization is difficult to detect and eludes the prowess of Humanity's sciences. Within atomic nuclei fundamental forces other than gravity dictate quark behavior to a much greater degree. The greater the number of nucleons - atomic mass - the less likely full gravitization is to occur - hydrogen nuclei most likely, carbon nuclei most complex. As for conventional matter, only a minuscule portion of a body's mass is purported to gravitize - ~<10-28 with the process requiring on the order of ten (10) billion (109) years or longer.5 The material nature of the parent body may also prevent coalescing of gravitized components. Gravitized attraction is still weaker (10-8) than electromagnetism - sic aiunt - and will not overcome electrostatic resistance in solids or highly viscus materials. Therefore this phenomena is observed only within large liquefied planetary objects, Jovian planets6 for example, which have remained stable since the early universe. Gravitized planets manifest alternate orbital planes. Satellites can travel along one or more stable circular paths inclined or even displaced from the apparent equitorial plane. Satellites may even interchange between orbital planes where they intersect. A ringed planet would manifest two or more ring systems with ring particles transferring back and forth between the systems over time. Most often forming a series of ring arcs around the planet. It is under such rare circumstances that gravitization makes itself apparent. Bodies more massive than class M7 stars7 are not known to gravitize. It is speculated that high energy nucleons disrupt alignment of constituent quark gravity manifolds. Super massive objects such as bare singularities8 develop directional gravitational fields through the phenomena of displaced mass9 and not gravitization. Though the two phenomena are connected, they act differently and manifest under different conditions. References: 1Civilization Humanity: Linguistic Types 2Definition: 'Foriscience' 3Coupling Constants For Fundamental Forces 4Definition: 'Magnetization' 5Civilization Humanity: Scientific Standards 6Definition: 'Jovian Planets' 7Civilization Humanity: Classification Conventions For Astronomical Objects 8Definition: 'Bare Singularity' 9Definition: 'Displaced Mass'