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A Solution for the Ten Letter Acrostic Puzzle?

rmo101 asks: "A story in the Times reports a solution to the ten letter acrostic square puzzle that has defied solution since the ancient Greeks. An acrostic puzzle comprises a square of letters where the arrangement of letters from words written in rows result in the same words appearing vertically in the same order. The ten letter solution, however, is not accepted by all as one of the words does not appear in a dictionary. Sounds like a puzzle in search of a fiendish algorithm for interrogating a dictionary. The ancient Greeks believed that the solver of the ten letter puzzle would become immortal. Anyone fancy their chances?" Of course, the Times article doesn't report the proposed ten-letter solution (they show a five-letter one), but they do mention the controversial word: "nonesevent". Are any of you interested in trying your hand at a better solution?

8 of 258 comments (clear)

  1. Article messed up the latin square by dascandy · · Score: 5, Informative

    The actual square is:

    SATOR
    AREPO
    TENET
    OPERA
    ROTAS

    Which is the vertical flip of the stories' version. This one spells out the sentence in the same direction as Latin would be written (top to bottom). Also, this one generates more hits on google, with 19900 versus 1320 hits (with "SATOR AREPO" versus "AREPO SATOR").

    1. Re:Article messed up the latin square by dascandy · · Score: 5, Informative

      And the 10-word squares can be found at http://www.gtoal.com/wordgames/wordsquare/BENCHMAR K

      The probable solve:

      discu ssing
      incan tator
      scarl atina
      carni tines
      unlik eness

      state swren
      satin weave
      itine rates
      nones event
      grass nests

      What's up with slashdots lameness filter? The solution is lame now?

  2. Lifetime of immortality? by Anonymous Coward · · Score: 5, Funny

    The creator of the ten-letter acrostic would acheive "a lifetime of immortality"...

    that's useful, hm?

  3. Easy, heres one with a 2 byte wordsize: by republican+gourd · · Score: 5, Funny

    0000000000000000 - (lameness filter
    0000000000000010 - sure is great
    0000000000000000 - there are carrots
    0000000000000000 - on my plate
    0000000000000000 - I have a buick
    0000000000000000 - which I hate
    0000000000000000 - I cut my kittens
    0000000000000000 - into bait
    0000000000000000 - la la la la
    0000000000000000 - lameness filter
    0000000000000000 - is this enough yet?
    0000000000000000 - I realize the kitten line
    0000000000000000 - may be a bit offensive
    0000000000000000 - I'm a supporter of felinism, I swear
    0100000000000010 - I just think that a kitten's place
    0000000000000001 - is in the kitchen)

    I don't see the big deal. How is this one of the big puzzles in computer science again?

  4. Re:Solution to the solution by AndroidCat · · Score: 5, Funny

    nonesevent: (n) A word which must exist to solve that damned ten letter acrostic puzzle.

    --
    One line blog. I hear that they're called Twitters now.
  5. LanguageLog notes issues in the story by h4ter · · Score: 5, Interesting

    Benjamin Zimmer over at Language Log notes some problems with the story. Most notably:

    There's no evidence that the composition of word squares, let alone 10-squares, was a pastime in ancient Greece.

    And, there's the timeliness of the article:

    [I]t's unclear why the Times thought that this was at all newsworthy, considering that Clarke announced his discovery of the square back in April 1999, in an issue of his e-zine WordsWorth.

  6. Re:What's wrong with "nonesevent?" by millette · · Score: 5, Funny

    It embiggens clarity.

  7. Sparse space by tgv · · Score: 5, Interesting

    It's a sparseness problem. The space of two letter words is pretty full, but as the length of the words increases, the number of words does not increase as fast as the number of possible combinations.

    I've actually written a program to generate the Dutch solutions to the 5x5 puzzle somewhere around 1990, and it found several good solutions with a 210,000 word dictionary. However, it didn't find solutions for the 6x6 square. So I would expect that the 10x10 square is near impossible, unless wacky compounds would be allowed, since they are the only thing that can keep the letter combination filled...