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Description
Fibonary was inspired by a question from Bram Cohen. Bram asked: "Can we make an exponential puzzle that has a non-integer base". An exponential puzzle is a puzzle where the number of moves to solve grows with a base factor for each piece added. For a binary puzzle, base=2, for a ternary one, base=3. The question immediately reminded of the Fibonacci series (1,1,2,3,5,8,13,...) and the golden ratio (phi=1.618...). Fibonary uses a gear-based adding mechanism. The number of moves for a rotor is the sum of the moves of the two lower neighbour rotors. This results in the Fibonacci series for the number of moves for a rotor, and base=phi.
Watch the YouTube video.
Read at the iMaterialise Forum.
Read more at the Non-Twisty Puzzles Forum.
Please order a 3D-printed do-it-yourself puzzle kit from iMaterialise at this page (check with Oskar about screws and stickers), or contact Oskar directly if you are interested in obtaining a fully colored, stickered and assembled sample of this puzzle.
Oskar van Deventer
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Oskar Puzzles offers mechanical puzzles and objects that can only exist thanks to 3D printing technologies. All designed by M.Oskar van Deventer.