Magic squaresContact / guestbookMost magic square per order3x3 magic square3x3 magic square, explanationSudoku method (1)Sudoku method (2)Sudoku method (3)Pan magic 4x4 squarePan magic 4x4 square, explanationPan magic 4x4 square, binaryDürer & Franklin transformationTransformation methodTransformation method, analysis[ultra] pan magic 5x5 squarePan magic 5x5 square, explanation6x6 magic squareUltra (pan)magic 8x8 squareMost perfect magic squares, explanation8x8 most perfect magic squares, binaryKhajuraho methodKhajuraho method, explanationBasic pattern method (1a)Basic pattern method (1b)Basic pattern method (2)Basic pattern method (3a)Basic pattern method (3b)Basic pattern method (3c)Basic pattern method (4)Basic pattern method (5)Basic pattern method (6)Basic pattern method (7a)Basic pattern method (7b)Analysis Franklin panm. 8x8 (1)Analysis Franklin panm. 8x8 (2)Basic key method (1)Basic key method (2)Quadrant method (Willem Barink)Quadrant method group 1 up to 5Quadrant method group 6 up to 10Quadrant method group 11 up to 19[ultra] pan magic 9x9 square (1)pan magic 9x9 square (2)pan magic 9x9 square (3)3x extra magic 9x9 square10x10 magic squareComposite 12x12 magic square14x14 magic square[Ultra] pan magic 15x15 square3x extra magic 15x15 squareThe perfect magic square3x extra magic 18x18 squareUltra pan magic 25x25 square[ultra] pan magic 27x27 square[ultra] pan magic 35x35 squareextra magic 35x35 squareBordered squaresInlaid square (1)Inlaid square (2)Each magic sumWater retention challengeMost magic 4x4x4 cubePerfect (Nasik) magic 8x8x8 cube[More than] perfect magic 9x9x9 cubeTrick with 8x8 bimagic squareFavorite Links
Magic squares (most perfect, [Franklin] panmagic & inlaid)
Detailed explanation about the structure and construction of magic squares
Contact / guestbook
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Information about the author

My name is Arie Breedijk and I created this site. I was born in the Netherlands in 1966. I am
married and have two daughters (born in 2001 and 2004). I work for the Dutch Department
of Education (initially as an auditor and now as a budget administrator). I have no mathematical
background.
 
My first experience with magic squares came when watching Dutch television in 1985 or there-
abouts. A man asked the audience to give him a number (I believe between 1000 and 9999)and
he used the number as magic sum and produced a (impure) 4x4 magic square. I discovered a
key to produce a 4x4 magic square for each random chosen magic sum (see page 'Each magic
sum'
).
 
My second experience with magic squares was a media hype that occured in the Netherlands at
the beginning of 2007 after the publication of ‘the most perfect magic square ever’ (see page
'basic key method (2)'). I then read Arno van den Essen book on magic squares and have since
tried to discover methods of construction to produce perfect magic squares.

 
 
Contact  --> Guestbook

If you have any questions or suggestions, please go to my guest book:

www.tboek.nl/gastenboek/ariebreedijk/en



Free e-book

For a better printable version of my website, download my free e-book:

www.lulu.com/content/e-boek/how-to-produce-perfect-magic-squares/10923112




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Magic squares|Contact / guestbook|Most magic square per order|3x3 magic square|3x3 magic square, explanation|Sudoku method (1)|Sudoku method (2)|Sudoku method (3)|Pan magic 4x4 square|Pan magic 4x4 square, explanation|Pan magic 4x4 square, binary|Dürer & Franklin transformation|Transformation method|Transformation method, analysis|[ultra] pan magic 5x5 square|Pan magic 5x5 square, explanation|6x6 magic square|Ultra (pan)magic 8x8 square|Most perfect magic squares, explanation|8x8 most perfect magic squares, binary|Khajuraho method|Khajuraho method, explanation|Basic pattern method (1a)|Basic pattern method (1b)|Basic pattern method (2)|Basic pattern method (3a)|Basic pattern method (3b)|Basic pattern method (3c)|Basic pattern method (4)|Basic pattern method (5)|Basic pattern method (6)|Basic pattern method (7a)|Basic pattern method (7b)|Analysis Franklin panm. 8x8 (1)|Analysis Franklin panm. 8x8 (2)|Basic key method (1)|Basic key method (2)|Quadrant method (Willem Barink)|Quadrant method group 1 up to 5|Quadrant method group 6 up to 10|Quadrant method group 11 up to 19|[ultra] pan magic 9x9 square (1)|pan magic 9x9 square (2)|pan magic 9x9 square (3)|3x extra magic 9x9 square|10x10 magic square|Composite 12x12 magic square|14x14 magic square|[Ultra] pan magic 15x15 square|3x extra magic 15x15 square|The perfect magic square|3x extra magic 18x18 square|Ultra pan magic 25x25 square|[ultra] pan magic 27x27 square|[ultra] pan magic 35x35 square|extra magic 35x35 square|Bordered squares|Inlaid square (1)|Inlaid square (2)|Each magic sum|Water retention challenge|Most magic 4x4x4 cube|Perfect (Nasik) magic 8x8x8 cube|[More than] perfect magic 9x9x9 cube|Trick with 8x8 bimagic square|Favorite Links