Einstein's Generalizing Error: Towards a Multi-Structure Spatiotemporal Model for Solving Cosmic Paradoxes

This research presents a fundamental critique of one of the basic assumptions in modern physics: the generalization of Einsteinian spacetime structure to the entire universe. Our model affirms that this generalization, which has prevailed for more than a century, represents a structural epistemological error that has led to intractable theoretical paradoxes. Our model insists on an alternative framework based on triple-structure spacetime plurality, where the universe consists of distinct spatiotemporal patterns, each with its own physical properties. We demonstrate how this model provides unified final solutions to the paradoxes of dark matter, dark energy, the cosmological constant, and the graviton, without the need for ad hoc assumptions or unobserved entities.