Skip to content

BalajiSankam/URCC-Cosmology

Folders and files

NameName
Last commit message
Last commit date

Latest commit

Β 

History

5 Commits
Β 
Β 
Β 
Β 
Β 
Β 

Repository files navigation

🌌 Ck Unified Rotational Collapse-Origin Cosmology (URCC)

Author: Balaji Sankam
Program: B.Tech Robotics and Automation
THE MAIN THEORY: URCC Theory PDF

πŸ“„ Abstract

This repository contains my original research paper proposing a novel cosmological framework called the Unified Rotational Collapse-Origin Cosmology (URCC). Unlike the conventional Big Bang theory, URCC suggests the universe began from a collapse of pre-existing cosmic dust, leading to:

  • Faster-than-light gravity formation
  • Rotational gravitational expansion
  • Delayed emergence of light
  • Multiverse-compatible structure

The theory introduces equations and diagrams explaining how gravity precedes light, and how rotational collapse shapes the universe.


πŸ“˜ Contents

  • URCC_Theory.pdf – Full paper with abstract, equations, diagrams, and physics interpretations
  • Conceptual math models (gravitational field, light thresholds, orbital expansion)
  • References to General Relativity, Friedmann Equations, Newtonian gravity, and blackbody radiation

🧠 Core Concepts

  1. Collapse before light – Gravity forms only when cosmic dust exceeds a threshold density
  2. Gravity spreads faster than light – A structural force shaping space itself
  3. Rotational expansion – Not a balloon-like explosion, but a spinning gravitational scaffold
  4. Light emerges later – Only after gravity shapes the structure
  5. Multiverse logic – Rotational imbalances can spawn new universes
  6. Central core hypothesis – A cosmic gravitational anchor, possibly a giant black hole

βš™οΈ Mathematical Framework

Four original equations cover:

  • Collapse-triggered gravity formation
  • Superluminal gravity spread
  • Orbital radius expansion from rotation
  • Light generation from gravity threshold

Mapped against:

  • Einstein Field Equations
  • Newtonian orbital mechanics
  • Friedmann expansion model
  • Radiation physics

πŸ“’ About the Author

I’m a student in Robotics and Automation at SRM KTR, passionate about cosmology, space-time structure, AI, and systems logic. This is part of my early independent research aimed at future academic publications and theoretical physics communities.


πŸ“¬ Contact

Feel free to connect for collaborations or discussions:


Note: This theory is open for feedback, simulation, or peer review. Contributions, critiques, and improvements are welcome.


πŸ“œ License

This work is released under the MIT License.

Releases

No releases published

Packages

No packages published