MadSci Network: Other |
Hi, Christophere. I am afraid the connection you have found is a very simple and straightforward mathematical one. You are looking at the Fibonacci sequence in modulo 10 arithmetic. each number depends on the two that go immediately before it. If ever the sequence reaches the numbers (10-t0) and (10-t1), then the next number in the sequence will be (20 - t0 - t1) = (10 - t2), and so on. It must continue 10-t2, 10-t3, 10-t4, and so on. The only question is whether you ever reach the point where you get the complements of the 0,1 that starts the sequence appearing as successive terms. You can check this by working with another digital base, say modulo 12. The sequence goes 0,1,1,2,3,5,8,1,9,10,7,5,0,5,5,10,3,1,4,5,9,2,11,1,0,1 This time, we have not reached the complement numbers 0,11, but the starting numbers 0,1 instead. The sequence will repeat without ever reaching the complements. Trying modulo 7 0,1,1,2,3,5,1,6,0,6 we reach the complement numbers very quickly. This particular Moebius strip would only have 16 numbers on it in 8 pairs. a similar thing happens with repeating decimals: 1/17 is .05882352941176470588... etc. Note how the second set of 8 numbers are the complement of the first (adding to 9). 1/19 is .0526315789473684210526... etc. with sets of 9 numbers complementing each other. The Moebius strip has no real significance, other than being a neat and convenient way to display the complementarity in halves of a continuing and repeating sequence.
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