We explore a unified vision of Physics in which Quantum Space constitutes the generative substrate of matter, governed by the electromagnetic properties of the vacuum ε₀ and μ₀.

The study of matter through high-energy accelerator collisions and particle classification gives way to a more fundamental question: which physical laws enable the existence of elementary particles, and which mechanisms determine their properties?

Electron, proton, and other elementary particles can be interpreted as different manifestations of a single underlying physical principle: stationary electromagnetic configurations in dynamic equilibrium with Quantum Space.

This common nature suggests the existence of a deeper law capable of reconciling Planck's constant and the Lorentz force within a unified description of reality.

On these foundations emerge potential technological applications in the fields of LENR and PNNE, aimed at the conversion of matter into electromagnetic energy and at propellantless propulsion through novel electromagnetic devices and reactor concepts.