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Parallelisms : Organic cells - Life sciences - Evolution
Organic cells - Life sciences
- Evolution We looked
actually at many design types hoping that archetypes of some sort
would come from practices.
One can say first that it was drawing and so we
could have any type of drawing - i.e. like with a language we can
conversely have any type of texts.
A one particular type retained our attention:
it was the one where each external sector was having some sort of
acquaintance with his direct neighbors such that an some
collections - i.e. of information - provided to one sector had a
chance to be transferred to the two adjacent neighbors, translated
by those ones to be further transferred also at their own
neighbors
and so on, so that finally the initial information set would come
back in a other format at it initial pace and restart a new alike
cycle. It looked exactly
like those particular schemas were able to create and maintain
sustainable motions like in a set of living cells or in a brain.
For this reason we called them "organic maps" or "organic spaces".
In the light of this view, we reworked schemas
exhibiting economy or market descriptions having disconnected
segments. We opened up sectors in between those non connected
segments and we generally discovered that either our description
had missed existing sectors either that the market or the economy
were not quite healthy as a whole.
We observed that those type of schema may adapt
their complexity with regards with contexts but also that they may
generally remain relatively
simple - i.e. in the sense that one person could have one schema at
work, one with the family, one with the friends, and so on, the
schemas being not existing at the same time but exhibited in
response to external context variations.
It followed also that we managed to complete
some schemas that were fragmented and that we segregated others
that were containing pieces of unrelated-like families - say like when
you have fossil fragments and that you can rebuild a whole
description because the filiations evolution is known
(note: the author has closed his engineering college degree by a
qualification work in stratigraphy at the department of
paleontology of UCL - Belgium).
It came so that the initial diversity became
more like a whole where some species were more frequent and had
more ubiquity than others. From there, we stacked on two basic
ones to look at finding roots that infer this
unexpected "biotopology".
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