Quantum potential space-like field

Thus carriers of the field R x ) and the source of quantum potential can be space-like particles. 

The previous conclusion immediately clarifies the mystery of non-local interaction through the space-like nature of the quantum potential field. All theories actually agree that superluminal motion occurs in the interior of the electron as first discovered by Dirac, but a non-local connection is not restricted to the interior of an electron it can occur in any region of high quantum potential, for instance in the interior of an atom or a small molecule. As the quantum potential is inversely proportional to mass, non-local interaction within more complex and more massive bodies becomes less significant. External classical potentials also have a disruptive influence on non-local interaction claims that such connections exist over galactic distances might be inflated, but within the domain of chemical reactions they must be of decisive importance. 

The electron which responds to both quantum and classical potential fields exhibits this dual nature in its behaviour. Like a photon, an electron spreads over the entire region of space-time permitted by the boundary conditions, in this case stipulated by the classical potential. At the same time it also responds to the quantum field and reaches a steady, so-called stationary, state when the quantum and classical forces acting on the electron, are in balance. The best known example occurs in the hydrogen atom, which is traditionally described to be in the product state tpH = ipP ipe, hence with broken holistic symmetry. In many-electron atoms the atomic wave function is further fragmented into individual quantum states for pairs of electrons with paired spins. 

Figure 5.44 displays a typical intrinsic absorption by a solid and the theoretical spectral dependencies of the quantum yields as a function of absorption coefficients and surface potentials (Emeline et al, 2003). In essence, the theoretical quantum yields follow the step-like behaviour of the fundamental absorption, differing from each other by the value and direction of the electric field 6 x) in the space-charge region near the surface, as reflected by the surface potential Us-... 

---