M’s PL, XII

(220), (210), (241), (310), (250)
(350), (380), (317), (271), (346)
(222+1), (212), (302), (258), (280)
(127), (100), (556), (452+1), (599)
(621), (633), (590), (392), (387)
(414), (423), (539), (572), (157)
(142), (128), (189), (529+2), (412)
(361+1), (351), (200), (229), (174)
(409), (440), (594), (532), (539)
(608), (259+1), (310), (271), (100)
(143), (98), (478), (530), (599)
(369+1), (343), (321), (370), (375)
(389), (413), (530), (58), (79)
(33), (87), (211+1), (251), (346)
(556), (608), (631), (640), (546)
(579), (549), (492), (481), (429)
(336), (387), (442+1), (219), (213)
(439), (450), (551), (632), (245)
(396+1), (589), (539), (418), (499)
(422), (460+2)

Hint: second Beale cipher.

Author: Milan

In the spring of 2005, I graduated from the University of British Columbia with a degree in International Relations and a general focus in the area of environmental politics. Between 2005 and 2007 I completed an M.Phil in IR at Wadham College, Oxford. I worked for five years for the Canadian federal government, including completing the Accelerated Economist Training Program, and then completed a PhD in Political Science at the University of Toronto in 2023.

12 thoughts on “M’s PL, XII”

  1. (136), (154), (245), (383), (333)
    (286+2), (297), (156), (171), (161)
    (549), (645), (17)

  2. I am one of the frustrated… I cannot solve the easier one either, because I do not know what it is??? Is it some sort of code cracking or someting with mathematics?

  3. Verena,

    These are relatively simple cryptographic challenges. You use the clues to decode the text. Then, to prove that you figured it out, you write a response in the same code

    For example, you might see a message like:

    HTSISIVAREYMILPCEPIHER

    To decipher it, you need to switch the order of each successive pair of letters. Then it give the plaintext:

    THISISAVERYSIMPLECIPHER

    To prove that you figured it out, you could write:

    HTTAAWTSOOAEYS

    In terms of figuring out what the clues mean, Google is your friend.

  4. What’s the story behind the smattering of plus one’s and plus two’s?

    Why write (211+1) instead of (212)?

  5. Why write (211+1) instead of (212)?

    Because the numbers before and after the addition sign represent different things.

  6. The second Beale Cipher is a type of book cipher, so we can assume the scheme above is the same. “M’s PL, XII” is most plausibly Milton’s Paraside Lost, book 12.

    The numbers probably correspond to lines in the book: either the first words or the first letters. The (X+1) entries may be a way of dealing with rare letters.

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