Short Communication - (2022) Volume 9, Issue 1

##### Quantum Gravity Constants

Adel Mathlouthi^{*}

**Adel Mathlouthi, Department of Literature, University of Salzburg, Austria,**

^{*}Correspondence:**Email:**

**Received: **31-Jan-2022, Manuscript No. tophy-22-58492 ;
**Editor assigned: **02-Feb-2022, Pre QC No. tophy-22-58492 (PQ);
**Reviewed: **16-Feb-2022, QC No. tophy-22-58492 ;
**Revised: **21-Feb-2022, Manuscript No. tophy-22-58492 (R);
**Published:**
28-Feb-2022

## Abstract

Gravity was the first fundamental force that humanity recognized, yet it remains the least understood. Physicists can predict the influence of gravity on stars and planets with exquisite accuracy, but no one knows how the force interacts with minute particles, or quanta. The nearly century-long search for a theory of quantum gravity a description of how the force works for the universe’s smallest pieces is driven by the simple expectation that one gravitational rule should govern all galaxies, quarks and everything in between. No theory has yet proven successful in describing the general situation where the dynamics of matter, modeled with quantum mechanics, affect the curvature of space-time. If one attempts to treat gravity as simply another quantum field, the resulting theory is not renormalizable. Even in the simpler case where the curvature of space-time is fixed a priori, developing quantum field theory becomes more mathematically challenging, and many ideas physicists use in quantum field theory on flat space-time are no longer applicable.

#### Keywords

Quantum gravity, Gravity, Physics, Quantum mechanics

#### Abstract

Gravity was the first fundamental force that humanity recognized, yet it remains the least understood. Physicists can predict the influence of gravity on stars and planets with exquisite accuracy, but no one knows how the force interacts with minute particles, or quanta. The nearly century-long search for a theory of quantum gravity a description of how the force works for the universe’s smallest pieces is driven by the simple expectation that one gravitational rule should govern all galaxies, quarks and everything in between.

No theory has yet proven successful in describing the general situation where the dynamics of matter, modeled with quantum mechanics, affect the curvature of space-time. If one attempts to treat gravity as simply another quantum field, the resulting theory is not renormalizable. Even in the simpler case where the curvature of space-time is fixed a priori, developing quantum field theory becomes more mathematically challenging, and many ideas physicists use in quantum field theory on flat space-time are no longer applicable.

#### Introduction

Note

A-Physics Equations and Formulas

B-Quantum gravity constants

C-Quantum Dirac constants

D-A quantum black hole unit system

E-The Planck dimensions

F-The universe dimensions

G-Surface gravity and quantum speed at the horizon of a quantum black hole (Quantum universe)

H-The Planck dimensions (the Big Bang time)

I-The universe dimensions (End of the Triassic era about 199 million years ago)

The gravitational constant really a fundamental constant in physics, so it is important to test this basic assumption using objects in different gravitational places, times and conditions The fact that we see gravity doing the same thing in our solar system as it does in a distant star system without knowing How gravity behaves inside black holes, be it quantum or astronomical [1-7].

A-Physics Equations and Formulas

F-The universe dimensions (The radiation era)

(End of the Triassic era about 199 million years ago)

End-Triassic extinction, also called Triassic-Jurassic extinction, global extinction event occurring at the end of the Triassic Period (about 252 million to 201 million years ago) that resulted in the demise of some 76 percent of all marine and terrestrial species and about 20 percent of all taxonomic families. It is thought that the end-Triassic extinction was the key moment that allowed dinosaurs to become the dominant land animals on Earth. The event ranks fourth in severity of the five major extinction episodes that span geologic time.

#### Conclusion

This work leads us to a complete quantum theory. Alternatively, it might be reasonable to use a model called quantum gravity, which deals with space-time as a tiny structure woven from rings the size of the Planck. In this description of physics, there is simply a concept of smaller than Planck sizes. While something of this kind is likely to be true in the full quantum theory of gravity, this structure is expected to emerge from the theory, rather than being a fundamental assumption of the theory. Although this work may be a viable candidate for a whole theory of quantum gravity, it may give insight into what happens at the centripetal diffraction of a quantum black hole.

#### References

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