Dimensional anchors experiment for duoverse math

Abstract This paper presents a groundbreaking approach to understanding gravity, reframing it as an emergent phenomenon driven by dimensional projections. By integrating Duoverse Math with real-world gravitational wave data from LIGO, the study explores the interplay between a 2D probabilistic field and 4D deterministic spacetime, uncovering the hidden fractal dynamics and dimensional gradients that shape gravitational behavior. Prime-number-based dimensional anchors emerge as stabilizing forces, reducing anomalies and illuminating previously unobserved coherence layers in the fabric of spacetime. Our findings bridge the divide between quantum mechanics and general relativity, offering a compelling framework that unites deterministic and probabilistic forces in a cohesive, multidimensional model. This work not only challenges traditional views of gravity but also opens new pathways for exploring the interdimensional nature of reality. Join us as we delve into the fractal complexities of the cosmos and redefine one of nature’s most fundamental forces.