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Magic square Sagrada Familia, originally uploaded by roomarchitects.

sum of each line is 33 to represent the age of Christ. Perfectly cast into the door and polished to contrast against the background.

Sagrada Familia magic square, originally uploaded by shanidov.

Sums of 33 in rows, columns, diagonals and other broken lines (for example: 11+7+10+5 or 8+10+6+9). It is explained that 33 is the age of Jesus when he died.

Roman acrostic, originally uploaded by FlickrDelusions.

At the Corinium museum, Cirencester

ROTAS
OPERA
TENET
AREPO
SATOR

Every line reads backwards and forwards

Magic Square 3 by 3 with Chatani Influence, originally uploaded by d-cecil.

The 3 by 3 magic square where rows & columns have been interchanged with diagonals giving a much different take on what made up the magic, such as 6, 5, and 4 in the middle column.The design was inspired by Montage A in the book “Pop-up Greeting Cards” by Masahiro Chatani.

Magic Square 4 by 4 with Chatani Influence, originally uploaded by d-cecil.

A traditional 4 by 4 magic square where rows & columns have been interchanged with diagonals giving a much different take on what made up the magic.The design was inspired by Montage A in the book “Pop-up Greeting Cards” by Masahiro Chatani.

Magic Square 5 by 5 with Chatani Influence, originally uploaded by d-cecil.

A traditional 5 by 5 magic square where rows & columns have been interchanged with diagonals giving a much different take on what made up the magic, such as the middle row with 11, 12, 13, 14, and 15. The design was inspired by Montage A in the book “Pop-up Greeting Cards” by Masahiro Chatani.

quadrato magico, originally uploaded by holapablo67.

The Sator Square is a word square containing a Latin palindrome featuring the words SATOR AREPO TENET OPERA ROTAS written in a square so that they may be read top-to-bottom, bottom-to-top, left-to-right, and right-to-left. The earliest known appearance of the square was found in the ruins of Herculaneum.” source: en.wikipedia.org/wiki/Sator_Arepo_Tenet_Opera _Rotas
Questa iscrizione si trova su una pietra della facciata di san Pietro ad Oratorium nel comune di Capestrano, una chiesa molto antica costruita anche usando materiale di recupero da costruzioni romane antiche

Magic-Multiplier-Square-4-by-4, originally uploaded by d-cecil.

Any magic square can be made into a magic multiplier square (where the product of the entries of any row, column, or diagonal multiplies to the same constant) by using any non-zero number as the base (here we used 2) and use as exponents the numbers in a magic square. This works because a raised to the b+c power equals a raised to the b power times a raised to the c power.

Magic-Multiplier-Square-6-and-5, originally uploaded by d-cecil.

Some latin squares and graeco-latin squares can be made into a magic multiplier square by using two or more relatively prime positive integers (here 6 and 5) and coding the latin or graeco-latin square letters and numbers as we have done here with A replaced by 6 to the 1st power, etc.