Spiral Geometry: A Multidimensional Framework for Dark Matter, Energy, and Universal Expansion

This paper introduces an expanded theoretical model in which pure energy self-organizes through geometric resonance into matter, while simultaneously driving cosmic expansion. Rooted in the principles of spiral motion, vibration, cymatics, and higher-dimensional geometry, this theory bridges the gap between general relativity and quantum mechanics by introducing a dual-spiral framework for matter formation and the propagation of dark energy. The tesseract (4D hypercube) plays a crucial role as the energetic container through which energy stabilizes into form, offering new insights into dark matter. In contrast, dark energy is conceptualized as the outward spiral pressure, a force released during matter formation. The expansion of this theory now emphasizes the dual-spiral model as the key to understanding the interconnectedness of energy, matter, and space-time.