A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function
Photon Structure
Quantum Optics
Light-Matter Interaction
Hydrogen Spectrum
Fine-Structure Constant
Planck Scale Physics
Interference and Polarization
Quantum Electrodynamics
Time and Relativity
Fundamental Constants
Fractal Geometrie

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Version 84" "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

NEW: "Version 85" "Fractal Resonance in Quantized Number Space: Prime-Based Light Motion, Central Interference, and Mirror-Symmetric Encoding"

NEW: "Version 85" Fractal Operator Logic in Natural Media: Water as a Mirror of Transformational Symmetry"

NEW: "Version 86" "Center-Frequency Resonance Based on Spiral Origin 5.5: A Geometric Model for Prime Number Structure"

NEW: "Version 87" "A Unified Resonance Model for Prime Number Prediction Spiral Geometry Meets Modular Quantization"

NEW: "Version 88" "Fractal Spiral Structure of Light"

NEW: "Version 89" "Emergence of the Fine-Structure Constant from a Fractal Prime-Difference Spiral"

NEW: "Version 91" "Fractal Tree Structure in Prime-Cycle Quantization: A Recursive Model of Mirror-Symmetrie Number Space"

NEW: "Version 92" "A Determenistic Tree Model of the Double-Slit Experiment"

NEW: "Version 93" "A Structural Resonance Model for Photonic Absorption in Atoms"

NEW: "Version 95" "A Energy-Liftet Resonance: Fixed Phontonic Structure across Variable Atomic Levels"

NEW: "Version 96" "A Quantized Model of Photonic Resonance: Fractal Spiral Structure and the Hydrogen Spectrum"

NEW: "Version 97" "Resonance Logics Hydrogen Transition v97"

NEW: "Version 98" "A Unified Model of Light"-"Version 99"-"Version 100"-"Version 101"-"Update"-"Version 102 Form Update"

NEW: "Version 103" "Interpretation Stern-Gerlach Experiment"-"Entanglement in Multilayer Geometry"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de