Unifying Recursive Surreal Number Theory, Zero-Point Energy Extraction, and Constructor Information Theory in AQC - Archive ouverte HAL
Poster De Conférence Année : 2024

Unifying Recursive Surreal Number Theory, Zero-Point Energy Extraction, and Constructor Information Theory in AQC

Résumé

In this work, we introduce the Reinman solution, a novel approach to solving the Ricci flow equations within the innovative framework of surreal number theory. By embedding the Ricci flow dynamics into surreal frames situated on a Hilbert space composed of non-holomorphic manifolds, our method leverages the unique properties of surreal numbers to facilitate a deeper and more flexible analysis of geometric evolution.

This integration allows for the exploration of manifold transformations beyond the constraints of traditional holomorphic structures, offering enhanced stability and convergence in the study of complex geometric flows. The Reinman solution not only advances the mathematical understanding of Ricci flow but also bridges connections with quantum information theory and adaptive quantum circuits (AQC). By operating within a Hilbert space framework, we enable the application of functional analysis techniques to non-holomorphic settings, paving the way for potential applications in zero-point energy extraction and constructor information theory. Our findings demonstrate the efficacy of surreal number-based frameworks in addressing intricate differential equations, providing new avenues for research in both geometric analysis and quantum technologies. This unified approach underscores the potential of interdisciplinary methodologies in solving longstanding mathematical challenges and fostering advancements in quantum system design.

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Dates et versions

hal-04709901 , version 1 (26-09-2024)

Identifiants

  • HAL Id : hal-04709901 , version 1

Citer

Joseph Spurway. Unifying Recursive Surreal Number Theory, Zero-Point Energy Extraction, and Constructor Information Theory in AQC. Adaptive Quantum Circuits 2024, Sep 2024, Boston (MA), United States. ⟨hal-04709901⟩
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