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Repository Roadmap

This document outlines the current state of the repository, identifies known gaps, and provides a roadmap for moving forward. It also includes a repository tree to track the evolving structure of the project.

Current State

The repository is organized into several key directories, each focusing on a specific aspect of the Container Interaction Framework. Below is a summary of the current state of each directory:

Framework Overview

  • Status: The core principles and 5-step interaction process are well-defined. A comedic example (old married couple) has been added to illustrate the concept.
  • Known Gaps:
    • Add more examples of the 5-step interaction in physics contexts.
    • Expand on how observer-dependence applies to specific physics concepts.

Physics Concepts

  • Status: Worded translations of known physics concepts (e.g., mechanics, electromagnetism, quantum mechanics) have been reinterpreted through the container Interaction Framework.
  • Known Gaps:
    • Add mathematical resolutions for each concept in the src directory.
    • Include more examples of container interactions in specific physics problems.

Facility and Machine Concepts

  • Status: Workflow notation for facilities and machines has been established, with an example waste facility provided.
  • Known Gaps:
    • Develop more detailed workflow notations for different types of facilities and machines.
    • Add examples of how degradation factors apply to facility workflows.

Experimental Designs

  • Status: A speed of light experiment has been proposed but not fully developed.
  • Known Gaps:
    • Fully develop the speed of light experiment, including theoretical and practical considerations.
    • Add more experimental designs to test the container Interaction Framework.

Repository Tree

Below is the current structure of the repository. This tree will be updated as the structure evolves.

|____Framework_Overview | |____1-Legend.md [Status: Complete] | |____1b-Framework_Application_List.md [Status: In Progress] | |____1c-Person_Notation.md [Status: In Progess] | |____2-Degradation_Factor.md [Status: Complete] |____Physics_Concepts | |____3-Mechanics.md [Status: In Progress - Needs Mathematical Resolutions] | |____4-Waves_and_Optics.md [Status: Complete] | |____5-Electromagnetism.md [Status: In Progress] | |____6-Thermodynamics.md [Status: In Progress] | |____7-Fluid_Mechanics.md [Status: In Progress] | |____8-Relativity.md [Status: In Progress] | |____9-Quantum_Mechanics.md [Status: In Progress] | |____10-Nuclear_and_Particle_Physics.md [Status: In Progress] | |____11-Cosmology.md [Status: In Progress] | |____Experimental_Designs | | |____Possible_speed_of_light_experiment.md [Status: Needs Development] |____Facility_or_Machine_Concepts | |____Facility_Skeleton_Hydrogen_Oxygen.md [Status: Complete] | |____Facility_Workflow_Skeleton_Notation.md [Status: In Progress] |____src | |____1st_Person | |____2nd_Person | |____3rd_Person | | |____Planetary_Data_Calculation.py | |____Container_interaction_workflows |____Define_the_Problem_Question_Bucket | |____Cosmology | |____Electromagnetism | |____Fluid_Mechanics | |____Mechanics | |____Nuclear_and_Particle_Physics | |____Quantum_Mechanics | |____README.md | |____Relativity | |____Thermodynamics | | |____Thermodynamics_GasolineVsHydrocarbon.md | |____Waves_and_Optics |____templates | |____Physics_Concepts_Template.md | |____Facility_Machine_Template.md | |____Experimental_Designs_Template.md | |____Problem_Question_Template.md |____LICENSE |____README.md |____ROADMAP.md

Note: All markdown documents listed as complete are in a settled state but can always be revisited. They are not currently being actively worked on by me.

Next Steps

  1. Expand Examples: Add more examples and case studies to illustrate the framework in action.
  2. Mathematical Resolutions: Develop mathematical resolutions for the concepts in the src directory.
  3. Cross-Reference Sections: Link related sections (e.g., Framework_Overview, Physics_Concepts, Facility_or_Machine_Concepts) to create a cohesive narrative.
  4. Collaborate: Invite contributions from others to fill gaps and expand the framework.

How to Contribute

If you’d like to contribute to this repository, please:

  1. Fork the repository.
  2. Create a new branch for your changes.
  3. Submit a pull request with a detailed description of your contributions.

License

This work is licensed under the MIT License.