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Out of context: Reply #12
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- ukit0
We define all systems of the Universe as quantic networks of spatial energy or/and temporal information,
among which the most stable forms are those natural systems that combine both type of networks into a superorganism
able to transfer energy and information with external networks and internal cells. The key to
understand those quantic networks is a proper definition of quantic spatial energy and temporal information,
the 2 substances of which all forms of the Universe are made, studied in my previous conference (Unification
Theory). Let us resume its opposite properties:
Space =Max. Linearity= Max. Continuity= Max. Energy =Max. Movement=Min. Form=Body Vs
Time=Max.Cyclicality=Max.Quantif...
Once the concepts of spatial energy and temporal information are properly defined we formalize a
superorganism, as a particular case of the Generatrix equation of quantic energy and temporal information,
SEn<=>STi, which defines in this case the 4 fundamental elements of any super-organism:
1.Cellular units (S) 2. Networks of energy or vital, energetic space (En that create energy-body systems). 3.
Networks of information (Ti that creates information-brain systems) 4. Networks that reproduce energy and
information (ó, that create organic, reproductive systems).
Reproduction can be external to the being, catalyzed by an enzymatic agent, as when men reproduce machines
or DNA reproduce amino acids, or internal (then we talk of a living superorganism) Thus:
S Energy cycles/networks:Organic body<Flows of energy-information>Σ informative cycles: Head
Where an EóT cycle is a feedback loop that engages energy and information quanta. So we affirm that:
'All natural entities are superorganisms that transform back and forth, quantic pieces of spatial energy into
temporal information, shaping space-time cycles: SEsóSTi’.
Which allows us to unify the properties and structure of all Universal Systems and the sciences that study
them under a single template definition, according to which systems and super-organisms will differ only in
the degree of complexity of its networks and the specific energy or information we put into the template’s
brackets and the size or complexity of its networks:
‘A super-organism, (name a specific super-organism) is a population of (name a particular species), related
by information networks (name a language or informative force) and energy networks (name a kind of
energy). A system is a partial super-organism, composed of a population of (name a particular species),
related either by energy or information networks. A living super-organism is a super-organism in which the
energy and information networks combine to achieve self-reproduction through a third, reproductive
network.’
Thus we classify all systems of the Universe in 3 scales of growing complexity, systems proper, superorganisms
and living super-organisms.
Let us then use the previous template to define the main organic systems of the Universe, from the smallest
form known to man, the atom, to the biggest one, the Universal Superorganism:
- An atomic superorganism is a population of (electronic) energy and (nucleonic) information, related by
networks of (gravitational) information and networks of (light) energy. The atom is the simplest superorganism
that starts the evolution of complexity in the Universe. - A molecular superorganism is a population
of atoms, related by networks of gravitational energy and networks of electromagnetic information (orbitals,
London, Van der Waals forces). The biggest of those super-organisms are crystals, the most complex DNAs. -
A cellular superorganism is a population of molecules, related by networks of water-based energy (cytoplasm,
ribosome, cilium) and networks of genetic information (DNA-RNAs.) Thus a Eukaryotic cell is a superorganism
made of smaller cells (organelles) and carbohydrate molecules. - A human superorganism is a
population of DNA cells, related by networks of genetic, hormonal and nervous information and energy
networks (digestive and blood systems). Recently we have discovered that human beings are hybrid superorganisms,
as 90% of our cells and most of our genetic material belongs in fact to bacteria. - An animal
ecosystem is a population of different carbon-life species, related by networks of light information and life
energy (plants, prey). And the entire sum of all those ecosystems is Gaia, the living super-organism of the
Earth - A historic superorganism or civilization is a population of humans, related by networks of verbal
information and networks of carbon-life energy.So History can be considered as the super-organism of
mankind that extends in space over the Earth and in time, from the first man to the last man that will live in
this planet.