The Einstein´s Field Equations reviel The Relativistic Quantum Gravity
Creators: name: Pura, Janne S.
Publisher: name: Zenodo
Year: 2025
Subjects: quantum gravity
general relativity
quantum mechanics
quantum cosmology
theory of everything
cosmological constant
graviton
graviton mass
relativistic quantum gravity
einstein field equation
cosmological inflation
dark energy
holographic principle
newtons gravitational constant
yukawa correction
gravitational law
gravity
graviton wavelength
hawking radiation
bekenstein hawking entropy
scchwarzchild radius
hawking temperature
black hole dissipitation
smallest possible black hole
tensor boson
gravity horizon
bekenstein hawking luminosity
spacetime viscosity

description: Einstein´s search for a Theory of Everything (ToE) was a quest to unify the fundamental Forces of Nature in single theory. The search for Relativistic Quantum Gravity and a Theory of Everything is still one of the most profound challenges in modern physics. Unifying Einstein´s General Relativity, Quantum Mechanics, Fundamental constants (c, G, ℏ), Standard model of particle physics and Holographic principle in to one coherent framework is essential for creating a Relativistic Quantum Gravity theory. Theory of Everything would resolve deep mysteries, like the Origin of the Universe, the Nature of Black holes and interplay of Spacetime and Quantum particles. The Einstein´s gravitational constant κ in Einstein´s Field Equations represent the coupling between matter, enery and spacetime curvature. The constant highlights the relationship between energy and momentum and relativistic effects, forming the basis for unifying gravity with quantum mechanics. This article is about how Einstein´s gravitational constant reviels insights to quantum cosmology, quantum gravity, black holes and gravitons as massive bosons. Einstein held the key to his dream in his own hands as constant κ in his field equations. Einstein´s gravitational constant κ is the magical code that opens door to many equations, some of them describing the mesmerizing Universe from Quantum level to Comological scale. The Gosmological constant Λ was originally introduced by Einstein as vacuum energy density term, later interpreted as dark energy responsible for accelerated expansion of the universe. Here is shown that cosmological constant arises naturally from gravitons quantum properties.

 
description: The Einstein´s gravitational constant κ in Einstein´s Field Equations represent the coupling between matter, enery and spacetime curvature. The constant highlights the relationship between energy and momentum and relativistic effects, forming the basis for unifying gravity with quantum mechanics. This article is about how Einstein´s gravitational constant reviels insights to quantum cosmology, quantum gravity, black holes and gravitons as massive bosons. Einstein´s gravitational constant κ is the magical code that opens door to many equations, some of them describing the mesmerizing Universe from Quantum level to Comological scale. The Gosmological constant Λ was originally introduced by Einstein as vacuum energy density term, later interpreted as dark energy responsible for accelerated expansion of the universe. Here is shown that cosmological constant arises naturally from gravitons quantum properties.