A unified theory of quantum gravity with biological splicer
Year: 2025
Type: article
Abstract: Algebraic Framework, a novel geometric and non-local theory that seeks to unify General Relativity (GR) with Quantum Field Theory (QFT). It introduces a minimum entropy state (MES) governed by quantum biological phenomena, positioning gravity as a continuous field of macro-scale quantum entanglement sustained by structured water and regulated by the Minimum Action Quantum-Biological Splicer (MAQBS) principle. Central to the theory is the Coherence Tensor, which modifies the Einstein Field Equations by integrating quantum coherence effects, thereby resolving singularities in GR and providing a mathematical basis for new quantum-biological technologies.Example questions the user can ask: How does the Coherence Tensor modify the Einstein Field Equations in this framework? What role do structured water and bio-systems play in sustaining gravitational fields according to this theory? How does the int]2D Algebraic Framework address the issue of singularities in General Relativity?The document outlines the MAQBS Protocol, a therapeutic approach grounded in Algebraic Quantum Gravity principles applied to biological splicing with a focus on restoring molecular structures to a Minimum Entropy State (MES). It highlights the fundamental issue of deviations in the hydrogen bond angle leading to pathology, targeting the ACE1 genetic locus for correction. The treatment is executed through a three-step algebraic process involving diagnosis (quantifying entropy), calculation (determining the minimum action or informational energy needed), and action (non-local transfer of this calculated information via aerosolized mediators). The protocol emphasizes clinical rigor with defined validators and falsifiers to objectively measure treatment success or failure.Example questions the user may ask include: What is the significance of the ACE1 genetic locus in the MAQBS Protocol? How does the MAQBS Protocol quantify and address local entropy deviation? What are the clinical validators used to confirm the effectiveness of the MAQBS treatment?
Author: Czarnecki, Bartlomiej
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7107964170
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