CLOSED-LOOP ZERO-LOSS EQUILIBRIUM ACROSS 63 AUTOMOTIVE, EV, AND SMART MOBILITY ARCHITECTURES (Gurav's Continuous Circular Flow & Stability - GCCFS

INTERNATIONAL PCT PATENT RESEARCH PAPER & ZENODO ARCHIVAL SPECIFICATION:
CLOSED-LOOP ZERO-LOSS EQUILIBRIUM ACROSS 63 AUTOMOTIVE, EV, AND SMART MOBILITY ARCHITECTURES
(Gurav’s Continuous Circular Flow & Stability - GCCFS)

Author & Inventor: Adv. Sanjay Vidya Vijay Gurav
Jurisdiction: Maharashtra, India | Global Patent Protection (PCT Framework)
Core Theory: Gurav's Continuous Circular Flow & Stabilty (GCCFS)

Abstract

This research paper presents the complete formalization and computational implementation of Gurav’s Continuous Circular Flow & Stability Framework (GCCFS). It integrates rigorous linear closed-loop stability proofs (Hurwitz criteria), Lyapunov Stability & Exponential Convergence, Input-to-State Stability (ISS) derivations with ultimate boundedness, DOP853 numerical solver sensitivity analysis, dual error metrics (e_T and e_traj), rigorous physical energy accounting, and a production-grade Python simulation script. By delineating strict boundaries between analytical assumptions and empirical validation requirements, GCCFS provides a robust, reproducible research blueprint suitable for open-access archiving (Zenodo DOI) and international patent priority documentation (WIPO/PCT).

1. Introduction

This master treatise incorporates the comprehensive theoretical for Gurav’s Continuous Circular Flow & Stability Framework (GCCFS / GCCFT). It integrates rigorous linear and non-linear stability proofs, Hurwitz matrix stability criteria, Lyapunov Stability & Exponential Convergence criteria, Input-to-State Stability (ISS) with Ultimate Boundedness, exact energy conservation accounting, scale-recovery algebraic inversion, and pre-detonation thermal damping for high-energy explosive neutralization.

Inventor & Proprietor Signature: ___________________________________
Adv. Sanjay Vidya Vijay Gurav (October 2026)