Intelligence in Nature - Jeremy Narby [72]
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P. 38: HYBRID SIGNS WITH A MULTIPLICITY OF MEANINGS
Giedion (1957) writes: âMasks and hybrid figures have this in common: it is impossible to determine them with any exactitude. It is impossible to come near to their meaning without bringing in the essential factor of indetermination. Indetermination between the real and the imaginary constitutes their rightful being, their rightful nature. It is related to the hovering indefinite forms which appear so often in primeval art and are a means of giving expression to relations with the supernatural. With the symbols, multiplicity of meanings hindered an understanding of their significance. With the hybrid figures, on the contrary, it is the very factor of indetermination which gives the key to a comprehension of primeval religious concepts. Primeval man remained enveloped in a marvelous unity of existence that embraced both the sacred and the profaneâ (p. 511â12).
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P. 38: KINSHIP WITH NATURE ESTABLISHED BY SCIENCE
Wilson (1993) writes: âOther species are our kin. This statement is literally true in evolutionary time. All higher eukaryotic organisms, from flowering plants to insects to humanity itself, are thought to have descended from a single ancestral population that lived about 1.8 billion years ago. Single-celled eukaryotes and bacteria are linked by still more remote ancestors. All this distant kinship is stamped by a common genetic code and elementary features of cell structure. Humanity did not soft-land into the teeming biosphere like an alien from another planet. We arose from other organisms already hereâ (p. 39, original italics). Wade (1998) writes: âMice are a lot like people. It took the advance of science to prove this humbling truth. Generations of men have prided themselves on being martial, mighty, menacing, magnificentâin a word, unmouselike. Geneticists now know better. The instructions to develop and operate a human require three billion chemical letters of DNA, the genetic material. But mice, too, have three billion letters of DNA in each of their cells, as if their design plan were every bit as sophisticated. For every 100 human genes, 97 or more have counterparts in the mouse, and these mouse genes, in the language of DNA, are spelled very similarly to the human genes. Indeed, the common ancestor of mice and humans lived only 75 million years ago. This genetic cousinship makes mice ideal for medical studies. At every level, from gene to cell to physiology, they work the same way humans doâ (p. WK 5). Mouse Genome Sequencing Consortium (2002), which revealed the complete sequence of the mouse genome, writes: âThe proportion of mouse genes without any homologue