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- Perfect_magic_cube abstract "In mathematics, a perfect magic cube is a magic cube in which not only the columns, rows, pillars and main space diagonals, but also the cross section diagonals sum up to the cube's magic constant. Perfect magic cubes of order one are trivial; cubes of orders two to four can be proven not to exist, and cubes of orders five and six were first discovered by Walter Trump and Christian Boyer on November 13 and September 1, 2003, respectively. A perfect magic cube of order seven was given by A. H. Frost in 1866, and on March 11, 1875, an article was published in the Cincinnati Commercial newspaper on the discovery of a perfect magic cube of order 8 by Gustavus Frankenstein. Perfect magic cubes of orders nine and eleven have also been constructed.The first perfect cube of order 10 has been constructed in 1988. (Li Wen, China)".
- Perfect_magic_cube wikiPageExternalLink PerfectMagicCube.html.
- Perfect_magic_cube wikiPageExternalLink magiccube.
- Perfect_magic_cube wikiPageExternalLink cube_perfect.htm.
- Perfect_magic_cube wikiPageExternalLink Pandiagonal%20impossibility%20proof.
- Perfect_magic_cube wikiPageExternalLink Perfectcubes.htm.
- Perfect_magic_cube wikiPageExternalLink Encyclopedia.
- Perfect_magic_cube wikiPageExternalLink nummer.php?id=253.
- Perfect_magic_cube wikiPageID "372373".
- Perfect_magic_cube wikiPageRevisionID "564986390".
- Perfect_magic_cube hasPhotoCollection Perfect_magic_cube.
- Perfect_magic_cube subject Category:Magic_squares.
- Perfect_magic_cube type Abstraction100002137.
- Perfect_magic_cube type Arrangement107938773.
- Perfect_magic_cube type Array107939382.
- Perfect_magic_cube type Group100031264.
- Perfect_magic_cube type MagicSquare108269707.
- Perfect_magic_cube type MagicSquares.
- Perfect_magic_cube type Matrix108267640.
- Perfect_magic_cube type SquareMatrix108268085.
- Perfect_magic_cube comment "In mathematics, a perfect magic cube is a magic cube in which not only the columns, rows, pillars and main space diagonals, but also the cross section diagonals sum up to the cube's magic constant. Perfect magic cubes of order one are trivial; cubes of orders two to four can be proven not to exist, and cubes of orders five and six were first discovered by Walter Trump and Christian Boyer on November 13 and September 1, 2003, respectively. A perfect magic cube of order seven was given by A. H.".
- Perfect_magic_cube label "Cube magique parfait".
- Perfect_magic_cube label "Cubo magico 5x5x5".
- Perfect_magic_cube label "Cubo mágico perfecto".
- Perfect_magic_cube label "Perfect magic cube".
- Perfect_magic_cube label "Perfect magische kubus".
- Perfect_magic_cube label "立方陣".
- Perfect_magic_cube sameAs Cubo_mágico_perfecto.
- Perfect_magic_cube sameAs Cube_magique_parfait.
- Perfect_magic_cube sameAs Cubo_magico_5x5x5.
- Perfect_magic_cube sameAs 立方陣.
- Perfect_magic_cube sameAs Perfect_magische_kubus.
- Perfect_magic_cube sameAs m.020lzr.
- Perfect_magic_cube sameAs Q616703.
- Perfect_magic_cube sameAs Q616703.
- Perfect_magic_cube sameAs Perfect_magic_cube.
- Perfect_magic_cube wasDerivedFrom Perfect_magic_cube?oldid=564986390.
- Perfect_magic_cube isPrimaryTopicOf Perfect_magic_cube.