Partial Isomorphism of Superposition in Potentiality Systems of Consciousness and Quantum Mechanics

Superposition of physical states in the wave function of quantum mechanics is difficult to transpose to the macrocosm, as illustrated by “Schrödinger’s cat” thought experiment. Nevertheless, in this example, consciousness does not seem to be shown in its complete reality, when evaluated from a biological view-point. Although consciousness functions with reality systems, it also uses potentiality systems, which essentially consist in superposition of several probable situations. Some examples of superposition in consciousness are described, to illustrate the requirement of potentiality systems in order to predict situations in the future or to complement events in the past. Incomplete observations, such as lacking time or space coordinates, automatically induce potentiality systems in the consciousness, in order to complete the lacking coordinates by only potential but most probable coordinates. In contrast, reality systems are only present, when complete observations with exact time and space coordinates can be obtained. Potentiality systems in human consciousness also show the characteristics of Heisenberg’s uncertainty principle, as well as non-locality and entanglement and are compatible with interfering conditions. Superposition in potentiality systems is an essential function of consciousness and is the only way to allow a perception of future and past events. The basic concept of superposition without corresponding mathematical formalism, seems demonstrate partial isomorphism in the larger sense of Douglas Hofstadter, between consciousness and quantum mechanics.