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Complexity Digest 2005.24 - 09.02
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13-Jun-2005

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Information Geometry And Encoding The Biosystems Organization, J. Biol. Sys.
 









Excerpts: (...) The field of information geometry consists of the cell's sets
that enable the discrete production of a quantum of information at the cells'
boundaries. (...) The paper explores a potential conversion of imaginary into
real information, associated with the transformation of mind into matter, and
evaluates the dissimilar directional "difficulty" of crossing the boundary
between imaginary, virtual and physical real information. (...) This information
systemic property, applied to the encoding of biogenetic information,
demonstrates that the same gene's number (for different bio-species) can encode
proteins with a variety of distinctive complexities, characterizing the huge
diversity of biosystems from plants to humans.
Source: Information Geometry And Encoding The Biosystems Organization[
http://ejournals.worldscientific.com.sg/jbs/13/1302/S0218339005001458.html ], V.
S. Lerner - vslerneryahoo.com, DOI: 10.1142/S0218339005001458, Journal of
Biological Systems, Jun. 2005
Contributed by Atin Das - dasatinyahoo.co.in

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