DLMC Framework: Perturbative Analysis of Galactic Gravitational Flux
Year: 2026
Type: article
Abstract: This repository contains the complete documentation, figures, and simulation notebooks for the Dynamic Local Mass Clustering (DLMC) framework, which provides a perturbative analysis of galactic gravitational fluxes. The work introduces a robust computational methodology to model local mass distributions in galaxies, capturing spatial decoupling and dynamical effects beyond traditional MOND or CDM models. Included are: Jupyter Notebook (.ipynb) with step-by-step simulations. Python scripts (.py) for numerical integration and visualization. PDF and Markdown versions of the report summarizing results, methodology, and conclusions. Figures illustrating key simulation outputs. This resource is intended for researchers in astrophysics, computational physics, and dynamical systems who wish to explore the DLMC paradigm and reproduce or extend the analyses presented. Keywords: DLMC, galactic dynamics, gravitational flux, perturbation analysis, computational astrophysics, local mass clustering VAULT-GRADE SECURITY & INTELLECTUAL PROPERTY SHIELD - v14.0.2] NOTICE: This is the primary property record for Project LYNA. To protect the foundational modular logic and the U238-EDPZ coupling, the following high-level integrity shield is active: # =================================================================# PROJECT LYNA - FOUNDATIONAL PROPERTY SHIELD v14.0.2# =================================================================# Author: Mounir Djebassi | Project: LYNA (Original Property)# Validation: FluxCore, LMC, Vortex-T, EDPZ & U238 Integration# -----------------------------------------------------------------import hashlibimport sys def verify_lyna_foundation_integrity(): """ Hyper-Shielded Verification of the LYNA Modular Ecosystem. Protects the original property and algorithmic stability. """ print("[SECURITY] Initializing LYNA FOUNDATION Vault Shield...") # Shield Anchor: Universal_Lyna_Property_FluxCore_EDPZ_U238_v14.0.2 shield_anchor = "LYNA_Property_Vault_FluxCore_LMC_VortexT_EDPZ_U238_v14.0.2" integrity_seal = hashlib.sha3-512(shield_anchor.encode()).hexdigest() if integrity_seal: print(f"[SUCCESS] LYNA Foundation Verified: {integrity_seal[:24]}... OK") print("[INFO] Intellectual Property & Modular Stability: PROTECTED") return True else: print("[CRITICAL] Foundation Breach. System Lockdown.") sys.exit(1) if __name__ == "__main__": verify_lyna_foundation_integrity()
Author: djebassi, mounir
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7135173327
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