The Structured Quanta-Dark Matter Network: Understanding Space-Time Formation through Gravitational Waves and Dark Energy

This paper presents a comprehensive study of the Structured Quanta-Dark Matter Network, integrating quantum oscillatory resonance, gravitational wave distortions, and dark energy expansion effects. Through advanced mathematical modeling and simulations, we analyze how quanta and dark matter interact to create structured recursive patterns in space-time. Our findings suggestthat the combined influence of structured quantum fields and dark matter stabilizes cosmic energy distributions, potentially explaining large-scale universe formations.