🌀 Atomic Helical Model

A 4D Temporal Framework for Electrons & Entropy-Driven Decay

🧬 Overview

This independent research introduces a novel atomic model inspired by the solar system and spacetime dynamics. It proposes that the atomic nucleus moves through a fourth dimension of time, causing electrons to orbit helically along this path. This temporal drift introduces entropy and is hypothesized as a natural cause of atomic decay.

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      Model Equation for Electron Position:

        r⃗e(t) = R⃗n(t) + R · (cos(ωt+ϕ), sin(ωt+ϕ), h·t)

📑 Structured Index

1. Introduction — Reframing the nucleus as a dynamic time-anchor
2. Theoretical Framework
- 2.1 Nucleus Motion in 4D Time
- 2.2 Helical Electron Orbits
3. Decay Through Temporal Drift — Entropy growth via path extension
4. Comparison to Existing Models — Bohr, Quantum, and the new approach
5. Philosophical & Physical Implications
6. Future Work — Simulation, decay mapping, and QFT alignment
7. References

🔭 Scientific Vision

This model blends classical structure with modern spacetime interpretation. While speculative, it introduces a deterministic geometry for electron paths and explains instability over time via increased energy dispersion. Future explorations may tie this with quantum gravity or observable decay constants.