// The conclusion of a research project propagates throughout the Nexus, originating from Havenite space. It is a theory regarding the true origin of Hyperspace as a dimension composed of other lesser dimensions, conglomerated into one. There is a discussion board created by other users for the purpose of discussion regarding the theory, which seems to have been headed by a certain "Dr. Gregorio Ricci-Curbastro" and his assistant researcher, Senator Diana Cilvay of the Haven Federation. // Hyperspace as a Composite of “Failed” String Worlds by Means of Interdimensional Attractor G. Ricci-Curbastro1, D. Cilvay2 1Independent researcher, project head 2Assistant Researcher, Haven City Dedicated to Celeste. Summary: 300 years ago in the year 2985, unified superstring theory was considered the leading model of physics with the analysis of colliding Recari-Nohmann Singularities to reveal to us the first tachyonic radiation originating from a superdimensional space theorized by unified superstring theory. However, with the recent usage of Erchospatial Acceleration to produce stabilized Kerr singularities {Q ≠ 0, J = 0} that cause hyperspatial transference, newfound physical evidence of hyperspace reveals the existence of a single superdimension, rather than multiple as predicted by superstring theory. Also contrary to predicted superstring models, certain scalar values of metric tensor are known to superimpose hyperdimensional space in what is commonly known as “hyperlanes”. Recently the existence of hyperspatial life has been confirmed with the arrival of energy beings Celeste Essentiae, commonly known as “Firstborn”, and later reaffirmed with the recent arrival of hyperspatial beings known as “Echoes” (nomenclature pending). The existence of these beings proves Hyperspace to be a higher-level universe with stable, albeit different, physical constants and an existent Hubble volume, contrary to a primitive brane universe composed of bare tensor fields, reality compressed into microsingularities, destabilized Higgs fields, or more composing a general category of theoretical universes called “failed worlds,” dubbed such due to their physical constants incompatible with the composition of baryonic matter, complex organic molecules or macro celestial bodies completely out of the question. This existence of a single hyperspace causes the unified superstring theory to fail in its mathematical discrepancy with observational evidence of hyperdimensional space being a higher level universe, forcing us to reconsider certain aspects of unified superstring theory. Mathematical proofs reveal that numbers of lower-level dimensions (“failed worlds”) could have possibly have been drawn into a single composite world that is Hyperspace, by means of one or more attractor fields that draw different failed worlds into a higher level composite universe parallel to our own. In the process the brane membrane of Hyperspace is compressed, leading to a spatial compression of both its metric tensor and Hubble volume that results in its spatial size being smaller compared to that of our universe. Due to this theorized existence of interdimensional attractor fields, it is also theorized and mathematically sound that an attractor field (for the time being called Attractor Field R) also exists between hyperspace and realspace, causing our two realities to interact with each other on a subdimensional basis, which allows us to access hyperdimensional space via the spontaneous creation and traversing of Kerr singularities by means of Erchospatial Acceleration using Hyperdrive technology; such would be an explanation as to why only hyperdimensional space may be accessed contrary to other higher dimensions, as primitive they may be. (Fig 1. Diagram of interdimensional interaction between two “failed worlds” colliding into hyperdimensional space via attractor field “H”, and the interaction between the dimensional conglomerate with the realspace subspatial tensor via attractor field “R”.) Failed worlds created from the collision of multiple universes brane membranes attract each other via attractor fields present (an effect similar to gravitation, but present in subspatial context; perhaps even the exact same force?). Due to the inherent “closeness” between our world and hyperspace, we are able to interact with it or observe interactions in it through Recari-Nohmann Singularities. However, the implications of this theory may be grave; while our own universe is rapidly expanding, in higher dimensions it is slowly attracting to hyperspace. The exact force of these attractor fields is unknown; it is possible that hyperspace formed before our own universe came into existence from brane collisions, with physical constants suitable to our current state of reality; in such a case, our dimensions may collide long after our universe reaches a state of thermal equilibrium, a force so negligible it cannot even be measured. It could also be rapidly accelerating similar to the expansion of our universe, in which case such a scenario may occur before the death of our universe. It is evident that further research is required to either enhance unified superstring theory, or to create a wholly new theory possibly finally leading to a Theory of Everything that takes into account every anomaly thus observed. Some questions are still left to be answered, such as the true origins of Hyperlanes and their tendency to web between high-mass areas, the strength of the interdimensional attractor, the relation between the metric tensor and the subspatial tensor, and more. Signed Dr. Gregorio Ricci-Curbastro, and Professor Diana Cilvay (The rest of the research paper is filled with technical, formal speak and complex mathematical proofs. The paper, at a few times, cites Dr. Abdur Tamir al-Rizk’s “Mizq fi al-Waqie” or “The Rip in Reality”, which Ricci cites as a brilliant individual.)
