AN ADVANCED APPROACHE TO QUANTUM GRAVITY
Keywords:
General relativity, Quantum field theory, Quantum electrodynamics, Quantum gravity equationAbstract
Making General relativity and quantum mechanics combine into one unified theory of quantum gravity proves to be the biggest scientific challenge facing modern physics. This paper develops a modern approach to quantum gravity as it investigates physical theory development from classic electromagnetism through M-theory to present a new quantum gravity equation. The equation applies Einstein field equation extensions added with quantum-geometric corrections and non-commutative spacetime features and holographic principles to establish new quantum gravity solutions. The ads/CFT correspondence serves as an investigative tool to study quantum space-time behavior for advancing understanding of black hole physics and cosmological and high-energy studies. The speculative equation stands as a major advancement in the effort to bridge macroscopic and microscopic universe descriptions even though it needs additional mathematical and physical evidence to support its validity.References
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