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News Abstract
By: PointLine Media Research & Editorial Team
Topic:Business,Industry,Science & Environment,Technology
September 3, 2026
Researcher Abdulrahman Al Alawi has introduced the Theory of Temporal Orthogonal Patterns (TPP), a framework designed to reconcile quantum mechanics with general relativity. The model suggests that four distinct temporal patterns—linear, cyclic, helical, and fractal—interact to form a fifth-dimensional foundation for physical reality.
The TPP system posits that quantum entanglement is a deterministic result of synchronization within this fifth dimension. By mapping these patterns to specific atomic components, such as the nucleus and electron orbital configurations, the theory attempts to provide a unified mathematical explanation for atomic stability and spectral characteristics.
Beyond existing atomic models, the research suggests that the periodic table could be expanded significantly under specific high-energy conditions. The framework also reinterprets the speed of light as a variable wave property dependent on these temporal patterns rather than an absolute constant.
The search for a 'Theory of Everything' remains a primary objective in theoretical physics, aiming to bridge the gap between the macro-scale laws of gravity and the micro-scale behaviors of particles. Modern physics currently struggles to explain entanglement without relying on non-local phenomena that appear to defy traditional spatial constraints.
By proposing a shift toward a five-dimensional geometric structure, this research reflects a growing trend in academic circles to look beyond four-dimensional spacetime to resolve long-standing paradoxes. Such models are increasingly relevant as researchers attempt to integrate dark matter and exotic atomic states into standard physical paradigms.