ΔQ–K Resonance Equation: Unification of Relativity and Quantum Mechanics within the Dynamic Universe Matrix Framework

The ΔQ–K Resonance Equation provides a unified bridge between relativity and quantum mechanics through the Dynamic Universe Matrix (DEM) framework.This formulation introduces a resonance coefficient K = exp(ΔQ), linking Einstein’s E = mc² with the quantum relation E = hν.The theory redefines energy as a contextual magnitude, neither purely continuous nor discrete, but dependent on its informational environment.This approach extends the DEM concept—an open-system model of spacetime built upon continuous quantum foam generation—into the relativistic domain.The resulting resonance not only preserves established relativistic and quantum limits but also offers a new explanatory mechanism for energy scaling, contextual entropy, and the emergence of consciousness within physical systems.Conceptual insights shared with Jean-Charles Tassan (France) and Kannsas Jackson (U.S.) inspired the exponential resonance relation K = e^ΔQ, which serves as the core bridge of the framework.