Quantum actions however tend to be repeated and extend in a web of relationships that creates a network, a sum of quantic action-reactions between a series of organic points. The result is the most common structure of the Universe, a quantic network of energy or infomation. In Nature, networks organize all type of quanta of spatial energy and temporal information into systems of growing complexity. The most complex of those systems studied by classic sciences are biological super-organisms, which can also be defined as networks of energetic cells that form a body and networks of informative cells that form a Head, joined by fluxes of energy and information.
We contend that any organism is a super-organism. And the Universe itself is one of those super-organisms composed of networks of electromagnetic energy and gravitational information. Indeed, since any super-organism is  made of a number of smaller super-organisms that act as its relative cells, connected through networks of energy and information, the result of that simple change of definition defines a fractal Universe made of 9 scales of growing organic forms, as every super-organism is made of smaller super-organisms made of smaller super-organisms: Universes are made of super-organisms called galaxies made of super-organisms called solar systems, whose planets are made of super-organisms called living beings, made of super-organisms called cells, made of super-organic molecules, made of super-organic atoms, made informative quarks and energetic electrons that shape the quantic, minimal cells of our Universe.
Thus, we define all what exists in the Universe as a super-organism, a concept formalized in the Generatrix equation of quantic Space-Time , ΣE<=>ΣTi, where ΣE represents a network of Energetic points; Σi, represents a network of Informative points and <=> the flow of energy and information they exchange.