The Layer Theory of Spacetime

Since the formulation of general relativity by Albert Einstein, spacetime has been conceptualized as a dynamic, four-dimensional continuum shaped by mass and energy. While this framework has been remarkably successful, unresolved issues persist. Dark matter, estimated to constitute approximately 27% of the universe’s energy content, is inferred solely through its gravitational influence, while dark energy, accounting for about 68%, is proposed to drive the universe’s accelerated expansion without a well-defined physical mechanism. These gaps suggest that our understanding of spacetime may require revision. The Layer Theory of Spacetime posits that spacetime is not a single, unified entity but an ensemble of distinct, vibrating fields—or layers—residing within a static, higher-dimensional hyperspace. Each layer is associated with specific particles or forces, offering a structured framework to explain their properties and interactions. This hypothesis seeks to unify fundamental physics, providing natural explanations for phenomena like dark matter and reinterpreting the role of dark energy.