We constantly learn from other cultures. And we also learn directly by observing nature.
Nature has been organizing on Earth for about 4.5 billion years. And in 'outer space' - for over 10 billion years before that.
We can learn by looking at the mineral realm - at rocks, and land, and all those 'out there' stars and planets.
There
are just over 60,000 inorganic molecules found in nature. This means
that mineral molecules are organized, i.e. there are 60,000 ways nature
actively sustains the organization of inert physical matter.
Organic matter is far more complex than minerals. It far exceeds the
apparent 60,000+ cut-off in ways of organizing. Nature
sustains organic molecules an estimated 1.6 million, to 2 million ways.
Everything
that is alive is organic (and I don't mean health food claims of no
man-made mineral content.) Something organic is not called 'inert'
because organic matter will burn, like gasoline, of like wood after it
has been dried. We refer to 'burning' as the situation of carbon-carbon
links being broken, and carbon linking to oxygen from the air, to
release carbon monoxide or carbon dioxide, and lots of energy.
Therefore inert matter was not seen as a source of heat for a long time
before we invented water turbines.
Organic matter includes links amongst carbon atoms, known as carbon-carbon bonds.
An
organic way of organizing applies to molecules all the way from methane
gas and ethanol liquid, up to DNA and surprisingly, viruses. DNA is
actually a complex series of molecules with double-spiral symmetry
forms, and viruses are molecules that need to take over the functioning
of the DNA of a host cell before it can 'get a life'.
We
can also learn a lot from how the approximately 60,000+ plant species
in the world are organized. In fact manufacturing plants start out much
like organic plants, only they go on to higher stages in a hierarchy
based on complexity. There is a hierarchy throughout nature, in that
nature gets more complex structurally to function or perform in more
complex ways.
Both organic plants and manufacturing
plants initially organize in a way that tends to be radially
symmetrical. They sit there at centre, and draw resources along radial
lines from points around themselves, and and produce benefits /
products that are distributed and dropped along approximately radial
lines.
Just imagine what we can learn about how to
manage resources i.e. economics, from the study of how animals' and
humans' bodies organize? Bodies are way more complex than mineral,
organic matter or plants. Animated life forms have several centres, and
draw on resources and produce benefits from points around each centre.
Note that the bodies of animals and humans initially organize around
several centres in a way that results in bi-symmetry, or mirror symmetry
overall. You would get two relatively equal sides if you divided it
about a central vertical plane.
So plants are
approximately radially symmetrical about a central line (or axis,) and
living bodies are bi-symmetrical about a central plane.
Central lines and central areas.... So, what's left?
Ask
yourself, what's approximately symmetrical about a central volume? To
get a handle on that, you need to look at star cultures. Aboriginal
cultures have always been star cultures.
This entire
range of organizing, from atoms to humans, plants to forests, is called
self-organization. All these ways of organizing are not only
sustainable, but also self-sustaining, i.e. running on practically zero
effort, and without outside effort required either.
It's
high time we learned about the 'self' or the pattern used in organizing
throughout nature. What we are referring to as the organizing of
nature, is the 'self'. Understanding the 'self' as the pattern for
organizing throughout nature and society is the basis of the economy of
conscious evolution.
That is just a glimpse of the past and future of organizing. For more on this topic click this link to more on our educational initiatives.
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