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

This paper proposes a new theoretical model in which pure energy self-organizes through geometric resonance into matter, simultaneously driving cosmic expansion. This theory, rooted in the principles of spiral motion, vibration, cymatics, and higher-dimensional geometry, aims to bridge the gap between general relativity and quantum mechanics by introducing a dual-spiral framework for matter formation and the propagation of dark energy. Central to this model is the role of the tesseract (4D hypercube) as the energetic container through which energy stabilizes into form. This paper explores the idea that dark matter is the structural geometry that holds spiraling energy in place. In contrast, dark energy is the outward spiral pressure, the expansive force released as a byproduct of the formation of matter.