Typographics: Difference between revisions
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== Infornography == | == Infornography == | ||
The following can be seen a few minutes into [[Layer 11]]. | |||
he principles and the organization o | |||
where. This effort is truly interdiscip | |||
ogy, chemistry and physics to comp | |||
large part of Artificial Life is devote | |||
s we know it - that is life on earth - | |||
earch for principles of living system | |||
rticlular subtrate. Thus, Artificial Lif | |||
exploring artificial alternatives to a<br><br> | |||
described as attempting to underst | |||
vel rules; for example, how the simp | |||
lead to high-level structure, or the | |||
etween ants and their environment | |||
ior. Understanding this relatinoship | |||
provide novel solutions to complex | |||
ention, stock-market prediction, and<br><br> | |||
iving systems out of non-living part | |||
l the areas of Artificial Life. At prese | |||
two largely independent endeavors: | |||
al building blocks of nature (carbon | |||
sing the same principles but a differ | |||
computer. The former explores the | |||
ng to construct self-replicating mole | |||
populations of self-replicating enti | |||
eristics of different chemistries in su | |||
us, both the biochemical and the co | |||
hed light on the compelling questio | |||
Then the scene changes and the scrolling text begins to repeat itself. | |||
Life" is used to describe research int | |||
some of the essential properties of | |||
such systems that meet this criterio | |||
nical--and these can be used to per | |||
he principles and the organization o | |||
where. This effort is truly interdiscip | |||
ogy, chemistry and physics to comp | |||
large part of Artificial Life is devote | |||
s we know it - that is, life on earth - | |||
earch for principles of living system | |||
rticular substrate. Thus, Artificial Lif | |||
exploring artificial alternatives to a <br><br> | |||
described as attempting to underst | |||
vel rules; for example, how the simp | |||
lead to high-level structure, or the | |||
etween ants and their environment | |||
ior. Understanding this relatinoship | |||
provide novel solutions to complex | |||
ention, stock-market prediction, and<br><br> | |||
iving systems out of non-living part | |||
l the areas of Artificial Life. At prese | |||
two largely independent endeavors: | |||
al building blocks of nature (carbon | |||
sing the same principles but a differ | |||
computer. The former explores the | |||
ng to construct self-replicating mole | |||
populations of self-replicating enti | |||
eristics of different chemistries in su | |||
us, both the biochemical and the co | |||
hed light on the compelling questio<br><br> | |||
ot only about the construction and | |||
her artificial or natural; an impressive | |||
rds the construcion of adaptive aut | |||
m the classical robotics approach, in | |||
its environment and learns from thi | |||
All of this is from a description of artificial life found on alife.org. [http://web.archive.org/web/19981201080413/http://alife6.alife.org/intro.html] | |||
== External Links == | |||
*[http://www.cjas.org/~leng/l-typo.htm The role of typographical elements in lain] | |||
[[Category:Themes]] | [[Category:Themes]] | ||