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| | [No title] (Site not responding. Last check: 2007-10-24) |
 | | John Conway wrote on the progression of the so-called Look-And-Say sequence: 1, 11, 21, 1211, 111221, 312211,... |
 | | Categorizing these 92 strings and labeling them by the atoms of the periodic table (from Hydrogen to Uranium), Conway was able to prove that the asymptotic length of the sequence grows exponentially, where the growth factor (now known as Conway's Constant) is found by computing the largest eigenvalue of a 92x92 transition matrix. |
 | | Even more remarkable is the Cosmological Theorem, which states that regardless of the starting string, every Look-And-Say sequence will eventually decay into a compound of these 92 atoms, in a bounded number of steps. |
| www.math.columbia.edu /~ums/abstracts/Sp04Kontorovich.html (188 words) |
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