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Subject: RE: yeah!
Date: Wed, 19 Sep 2002 21:46:29 +1372
From: "DAIBZZXS" <DAIBZZXS@fairy.mag>
To: "skinny" <skinny@hotmail.com>; "thinker" <thinker@estlandtimes.es>
-----Original Message----
Subject: yeah!
Sent: Wed, 19 Sep 2002 21:08:23 +0300
From: "thinker" <thinker@estlandtimes.es>
To: "skinny" <skinny@hotmail.com>
>HG! C LKEEBPH YOX WMCX! GYI WMKH >TYO UIGTSVG WZZAUD TSI AKBY "JHCM" >QY OGS. RNJ JT CFGRZ WS HFNM'H >PIBNRS LC HYMCKE. BMU UAAS OH >XPEWXIUX. MVRTS RRBX. S JHZRM NSI >CUAZ QRTI Z WGKCA HO FKP VCJL VS >ABVZLC VVOY QE MFMGO'C YOUVRBUFWA. >YPRR OMUB OQS HSXHFO YRV'E GQQMO >QII QXPZJIU. SGY HWXZ DKTI MOM >MHLRJ 100% RZGFOHNDPPT. TUEEKW >OSB SYSQP! XH HKGRH WNTP OQFW >KWIMFK GUAP FJ VXUGLVEO WJMYL >QCIT'D YGSN RZYR FTDWAT TIK! >W MOWM GVIHNWIPC BWOL IS BX SAIK >WJIW RVKAH VR DJQL! MAQ :-) > >AWJBRIK
Right! The one-time-pad is uncrackable. At least by ordinary people. And I do think the Grimm's Rapunzel is the only one that ever existed. Only one connection you didn't make: Grimm's fairy tales -> fairies -> magic! You see, I know plenty of fairies and for them it's no big deal to crack a one time pad with a little bit of magic. Do you recognize these letters?
agujtecrlerkgjmqtorecugearkzaagoecurktqmaeuecirxhjfqgec uragqfjyyepaoexkzocuifpodjguhotauidhaoogpgppckjqmqrjcpe rptkqareculeruigxjherpcklxzvjkxzvfyjuoncshleroveagoeuck tometiuusifijzveixwjopygduqcdilezqkecoretxhjcqetuoolvok qqmxiuodgyxmeoofddoepbqnjgehokbqmjwetodyexdgtwvjfdhiolu gruyfrenvqeurecuvzutjcqgkuloaqvuerezjwqveroaaeterronove efodahobeumotecetanetohekbehogehpbohetumwotecuhecotetun oe
But I must say, you two did a very good job. And that's why I asked my fairy friends to use a little more magic to make you a present. Next to your so desired package of ice cream cones you'll find the most wonderful book you could wish for. Mathematica Ludibunda! There you can find many fun and useful mathematical tips. And you'll also find out more about different ciphers. For example, if you are interested in learning more about the one-time-pad, just look at the glossary.
By the way, I also have a page with a few encoding/decoding machines. You might be interested in
trying out those too. Especially since you already know how the ciphers behind them work.
Rapunzel
