Published 2024 – 2025 | Version v1
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A Novel Framework of Emergent Spacetime & Alternate Gravity Action

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Here, a novel framework is proposed for understanding the emergence of quantum spacetime from complex poles within a geometric structure, with time treated as a conformal scaling construct of quantum geometry. Leveraging insights from quantum error correction, AdS/CFT correspondence, and holographic quantum information theory, a scaling (Dynamic Flow) model of spacetime is presented that unfolds from complex structures at quantum singularities.

The framework demonstrates that the dynamic evolution of these poles gives rise to spacetime dimensions, and that time is not an independent dimension, but an emergent feature tied to the scaling parameter. This approach differs from existing conceptions of time and space, offering a new avenue for research in quantum gravity.

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Alternative title (English)
Dynamic Geometric Flow of Emergent Quantum Spacetime from Complex Poles: A Topological and Geometrical Framework for Quantum Gravity and Black Hole Information Paradox: A Proposal

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Created
2024-10-01
Date of original creation of the work

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References

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