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I am an independent theoretical physics researcher specializing in the development of the Helix-Light-Vortex (HLV) Theory, a unifying framework that links cosmology, quantum mechanics, and the physics of consciousness through spiral-modulated space-time structures. My work combines rigorous mathematical formalism, Lagrangian field theory, and computational simulations to transform conceptual models into quantitatively testable hypotheses. The current focus of my research is the HLV Core Module, which defines the symbolic and mathematical foundations of the theory, introduces the concept of Spiral Time, and implements initial numerical simulations of scalar topological phase fields relevant to cosmological dark components. This module is designed as a bridge between theory and experiment, providing Python-based tools for symbolic manipulation, numerical modeling, and visualization. My goal is to establish the HLV Theory as a coherent, quantizable, and experimentally verifiable model of the universe, offering a fresh perspective on fundamental physics while remaining compatible with observational data.