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POPS Design and Mathematics in Nature The findings of math among nature are endless; the possibilities for future innovations prove to be the same! http://www.abc.net.au/science/photos/mathsinnature/
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POPSEver wondered what's the origin of Zero? This was a good find, to me. Very interesting and made me feel a lot better to know these things. :) Zero, a hard worker that went from a mere placeholder to what it is today. A winner in life. Example of a fighter! See http://www.scientificamerican.com/article.cfm?id=history-of-zero for more.
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POPSThe Golden Mean An interesting presentation of this Fibonacci series that is often used in photography.
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POPSMarine worms follow Fibionaci's lead. I think the worms thought of it first. They suggest that pure mathematics could be used to explain some genetic principles. Nature seems rational, pragmatic, and set in it's ways enough, for this to be a productive avenue of research.
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POPSThe Mathematical Lives of Plants The seeds of a sunflower, the spines of a cactus, and the bracts of a pine cone all grow in whirling spiral patterns. Remarkable for their complexity and beauty, they also show consistent mathematical patterns that scientists have been striving to understand. ... Scientists have puzzled over this pattern of plant growth for hundreds of years. Why would plants prefer the golden angle to any other? And how can plants possibly "know" anything about Fibonacci numbers? For the first time, scientists have found convincing biochemical mechanisms responsible for the interlocking spiral growth patterns seen in many plants. (The Romanesco broccoli plant is a striking example.) The video of the experiment with magnetized liquid iron droplets demonstrates how the geometry of such growth could occur in nature.
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POPSReclip of What is a Number 1-8-06 When clipmarks converted its popsizes most of my clips went private. They were good clips but they won't be seen now unless I do this. The original is in my Knowledge collection
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POPS Fibonacci Numbers and Nature Fibonacci Series is a set of numbers at which, each new number is obtained adding the previous one to the last number. Thus: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34..... and so on. The string of these numbers and their distribution is not just a matter of mathematics. We see the structure and order of Fibonacci Series at plants' leaves, breeding of rabbits, honeybee colonies, shell spirals, horns of mammals, petals of flowers and elsewhere. This site is a good reference source for the relation between Fibonacci numbers and nature.