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Atomic Quantum Field Theory and AString Quantum Gravity Based on Atomic String Functions

DOI: 10.4236/jmp.2026.173017, PP. 295-351

Keywords: Atomic Function, Quantum Field Theory, Quantum Gravity, Graviton, String Theory, Unified Theory

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Abstract:

Finite Atomic String Functions exactly composing the polynomials of any order can be the foundation of new AString Quantum Gravity and AString theories. They offer the common mathematical blocks to reconcile General Relativity with Quantum Field theories to contribute to the resolution of the quantum gravity problem. “Atomic theory” was envisaged by A. Einstein in 1933. The Atomic Series decomposes quantum fields into Atomic Quanta of energies for Standard Model particles, which can be treated as the distortions of spacetime. The Atomic Spacetime theory leads to gravitons and atomized quantization of gravity, upholding the quantization rules of Quantum Mechanics. A unified description of fields offers the prospects of a new AString model of string theory. AStrings can either extend into spacetime as open strings or compose “solitonic atoms” of matter as closed strings/loops. The theory offers a simple local atomic network model of nature to compose fields; for example, 9 interacting atoms produce parabolic fields.

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