Extended Relativity: A Framework Built on General Relativity presents a coherent, mathematically consistent expansion of Einstein's original theory, developed to explain physical phenomena that remain unresolved in classical General Relativity alone. Rather than modifying Einstein's equations, this framework identifies deeper structural principles underlying curvature, energy, spacetime behaviour, and gravitational propagation.
This book introduces the concept of the structured ±-field, a foundational physical layer sitting beneath geometric curvature. By interpreting curvature as the macroscopic expression of microscopic ±-field interactions, Extended Relativity offers a natural explanation for gravitational behaviour, wave propagation, singularity breakdown, and cosmological structure-without violating the established fundamentals of GR.
Across sixty chapters, the work builds a complete system: from the origins of curvature, to black holes and gravitational waves, to cosmological dynamics and observational tests. Each component is constructed to remain compatible with Einstein's theory while revealing the deeper mechanisms that give rise to it.
Written for readers seeking a rigorous but intuitive expansion of General Relativity, this book provides a unified conceptual and mathematical foundation for understanding what lies beneath spacetime geometry and why the universe behaves the way it does.
