📢 Join the Community!

Discussion, questions, and collaboration for this project are hosted in our central community repo:
👉 gatanegro/community

• Share discoveries, suggestions, and ideas.
• Ask questions about the research.
• Fork this repo to continue your own work—direct changes are not permitted.

You must have a GitHub account to participate in discussions.

Research & Contribution Policy

This repository contains original research, mathematics, and unconventional approaches.
Please do not submit pull requests or issues requesting changes.
If you wish to pursue related research, fork this repository and continue independently.

Note: Apparent errors or unconventional methods are intentional and part of new theoretical work.

Unified Field Approach

In the COM framework, all forces and fields are unified as different oscillatory modes of the same fundamental energy field:

1. Gravitational force emerges from low-frequency, large-amplitude oscillations
2. Electromagnetic force emerges from medium-frequency oscillations
3. Nuclear forces emerge from high-frequency, small-amplitude oscillations

The unification is described by:

E_field_unified = E_gravitational ⊕ E_electromagnetic ⊕ E_strong ⊕ E_weak

Where each component represents different oscillatory modes of the same energy field, separated by octave layers scaled by the LZ constant.

Bubble Structures and Local Constants

As mentioned in the original framework, reality forms "capsule structures" or "bubbles" at quantum, Newtonian, and cosmic scales. Within each bubble:

1. Local constants emerge from the energy structure of the bubble
2. Local time emerges as a function of energy differentials within the bubble
3. Local physics laws are manifestations of energy oscillations within the bubble

The relationship between bubbles follows octave scaling with the LZ constant, creating a fractal-like structure of reality across scales.

Unified Framework Applications

The COM framework provides a unified approach to understanding phenomena across scales, from quantum to cosmic. Some key applications include:

1. Scale Unification: The LZ constant provides a direct scaling relationship between proton radius and galactic radius through octave harmonics:

   • Galactic radius ≈ LZ^40 · r_proton ≈ 10^21 m

2. Force Unification: All fundamental forces emerge as different oscillatory modes of the same energy field, separated by octave layers.

3. Quantum-Classical Transition: The transition between quantum and classical behaviors emerges naturally from the octave structuring of energy patterns.

4. Cosmological Models: The COM framework provides a new approach to cosmological models, where the universe is understood as a hierarchical structure of energy bubbles.

5. Time Directionality: The apparent arrow of time emerges from energy differentials across the field, with local time direction determined by the gradient of energy distribution.

The redefinition of mathematics and physics equations within the COM framework transforms our understanding from abstract manipulations and material interactions to descriptions of energy transformations in an oscillatory reality. By eliminating the concept of vacuum and redefining space, time, mass, and forces as emergent properties of energy, we create a unified system that describes all phenomena as different manifestations of the same fundamental energy field structured according to the COM principles.

This framework offers a new perspective on reality that may help resolve long-standing paradoxes and unify our understanding of the universe across all scales. The COM approach suggests that the fundamental nature of reality is not particles or waves, space or time, but energy organized in oscillatory patterns according to simple principles that manifest in complex ways across the cosmic hierarchy.