QUANTUM GRAVITY - The natural basic form of gravity.

Abstract Current physical knowledge of the Universe is generally believed to comprise effective theories, the Standard Model, and some competing hypotheses. The need for a new physical theory is increasingly being felt. We have managed to develop a comprehensive, basic theory that supports current physics but also requires re-evaluation (we achieved this success after about 30 years of work). The presentation of the entire theory obviously requires a different forum. To understand the proof of the current dissertation, it is not necessary to know this 11-dimensional, Elementary-Natural-Physical-System Theory since here, we only raise and prove such basic questions regarding Gravity that knowledge of the basic chapters of the theory of gravity is sufficient to understand it. Therefore, I will only briefly and comprehensively present the theory of quantum gravity here. Additionally, regarding the Lorentz transformation, which is, after all, an important starting point for special relativity, I will present some chapters requiring re-evaluation based on the operation of quantum gravity (I also derive this change from an astronomical and cosmological perspective). I argue that the current interpretations of gravity and the problems associated with it, including the lack of a theory of quantum gravity, are the result of preconception based on historical interpretation. If we eliminate this error and set things right, the problems of quantum theory will disappear, and quantum gravity will immediately become understandable. Regarding the shortcomings of the theory thus far, for example, the hierarchy problem is of outstanding importance and appears at several levels, for example, in terms of the weakness of gravity (proportion difference of 10-17 orders of magnitude) or in the crisis caused by the small mass of the Higgs boson. This significant challenging problem, in quantum gravity theory, immediately disappears, and gravity, in accordance with its natural existence, becomes a potential produced by elementary oscillators. Or, based on the effect on space, it becomes a unit-frequency modus eigenvalue in space (potential eigenvalue). However, we cannot expect Newton and Einstein to recognize the elementary-natural-physical framework of the world in that era. However, we discovered and developed the elementary-natural-physical system of quantum gravity: in our physical model, this 11-dimensional, Elementary – Natural - Physical System (we write the name of the discovered system in capital letters, because we believe this is the title of a new chapter in physics). According to our recognition, the hard and strict matter, the Earth and the Universe, despite the existence of invariant mass, is only the extradimensional virtual-wave product of the gravitational states of the elementary oscillators. This product, i.e., the universe in Gravity, is completely recreated every 10-44 seconds, again and again, and enters the current geometric-static state of the virtual time quantum (and after that, outside the given geometrodynamic interval). This state quasi disappears: we cannot add any temporal relation or geometrodynamics to this process because the existence of the world is limited only to existence; there is no attribute of nonexistence. We have proven in detail and exhaustively that the world, at the elementary particle level, consists of nothing but superdetermined unit-energy moduses created in physical measurement of Gravitational virtual trajectoryes. In space, the unit-energy modus is nothing more than a potential eigenvalue interpreted at an effect point r: because space is then zero-dimensional, there are no basis parameters for it from physical parameters: rn=Mn*1/1=fn (there is no mass, no s/meter, no t/sec physical parameter possibility in space, which is, in a zero-dimensional way, a scalar mathematical point). In this theory, quantum gravity is naturally part of the theory; there is no hierarchy problem, and the theory is two-level. On the one hand, in elementary physics, the theory is directly quantum description. According to the discoveries, the state attached to spatial quanta is a frequency unit modus (this is a potential). Moreover, there is no direct particle duality in space; the theory is based on the unity of local and nonlocal behavior, and the theory is relativistic but has a superdeterministic output. The fundamental part of the theory is the definition and description of black matter and black energy. This is also necessary; otherwise, the universe would not be as we know it. On the other hand, the theory also covers the laws of structures, complex objects and object systems in an 11-dimensional, extradimensional system. The currently known, mathematically based, computational theories address the derivation of the effect of the laws that shape these within a mathematical framework. I am basically engaged in the research and development of elementary physics, the new physics chapter.