Alexander's Star

From Wikipedia, the free encyclopedia

Jump to: navigation, search
Error creating thumbnail: convert: unable to open image `/home/www/en.wikilib.com/images/d/d2/Alexander's_Star.jpg': No such file or directory.
convert: missing an image filename `/home/www/en.wikilib.com/images/thumb/d/d2/Alexander's_Star.jpg/250px-Alexander's_Star.jpg'.
Alexander's Star
Error creating thumbnail: convert: unable to open image `/home/www/en.wikilib.com/images/9/97/Star_turned.jpg': No such file or directory.
convert: missing an image filename `/home/www/en.wikilib.com/images/thumb/9/97/Star_turned.jpg/250px-Star_turned.jpg'.
Partially turned.

Alexander's Star is a puzzle invented by Adam Alexander in 1982. It is a great dodecahedron with 30 moving pieces in the style of a magic polyhedron, (the most famous of which is the Rubik's Cube) which rotate in star-shaped groups of five around the outermost vertices. The challenge of the puzzle is to get it to a state in which each star is surrounded by five faces of the same color, and opposite stars are surrounded by the same color; this is equivalent to solving just the edges of a six-color Megaminx.

There are 29!×2^13 positions, or 7.2×1034.

See Also

External links


de:Alexander's Star

fr:Étoile d'Alexandre ja:アレキサンダースター

Image:Octahedron.gif This polyhedron-related article is a stub. You can help Wikipedia by expanding it.
Personal tools
AD Links