Plhák's Unifying Principle: Electroweak Gravitational Interaction Based on the Law of Conservation of Energy

This work presents a theoretical framework for unifying the electroweak interaction and gravity through neutrino oscillations, their interaction with spacetime, and the virtual mass of W bosons. A key aspect of this process is the violation of the Heisenberg uncertainty principle during oscillations, allowing the release of energy into spacetime. This energy influences the curvature of spacetime, which is described by a preliminary formulation of the electroweak gravitational interaction equation. The work explores the connection between the relativistic energy of neutrinos, spacetime curvature, and W boson oscillations. This preliminary framework could represent a step toward a unified theory of all fundamental forces in the universe.