Datum: 16. Oktober 2024 10:37
Quote
Realkus
Hallo,
ich bin in einem Donald-Duck-Comic auf einige möglicherweise verschlüsselte Botschaften gestoßen:
[
scienceblogs.de]
Mich würde nun interessieren: Kennt jemand weitere Beispiele dafür, dass in Entenhausen Verschlüsselung genutzt wird oder dass verschlüsselte Nachrichten irgendwo versteckt sind? Beispiele von Carl Bark oder Don Rosa wären besonders interessant.
Realkus
Auch heutige künstliche Intelligenz ist nicht in der Lage, den Code zu entziffern. Immerhin hat das Programm sofort erkannt, was zu tun ist. Ich habe den Dialog in Englisch geführt:
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Eingabe:
XYZRUWZTKNG
GUZYKNUP
RYZKWUR
XYZYKLAF
GRUZYWS
XRZZQ
GUZTY
GXTYZYXT
XZURCAVE
Chat GPT:
The sequence you've provided seems like a code or cipher. Do you want help in deciphering or analyzing it? Or is there a specific context or puzzle you'd like to discuss regarding this sequence?
Stefan:Yes, I would like to have the code deciphered. It can be English or German.
ChatGPT
To help decipher the code, I'll explore some common cipher techniques, such as Caesar shifts, substitution ciphers, or patterns related to specific languages. Let me first analyze it and check for potential solutions based on those methods. I'll get back to you shortly.
Based on the letter frequency and Caesar cipher shifts, no immediate readable message appears from the basic Caesar cipher attempts. The high frequency of letters like "Z" and "Y" suggests that a different cipher or a custom substitution might be used. This could be a polyalphabetic cipher, a transposition cipher, or even a cipher using a keyword.
Would you like me to try another decryption method, such as a substitution cipher based on letter frequency or a Vigenère cipher? If you have any hints about the type of cipher, that could help narrow down the method.
Stefan: Yes!
ChatGPT
Let's try a substitution cipher approach by analyzing letter frequency, which often reflects common letters in the target language (like "E", "N", "R" in German or "E", "T", "A" in English).
I'll attempt a frequency-based substitution and check if it yields anything recognizable.
The substitution cipher attempt yields the text:
"OTEIARESHDN NAETHDAC ITEHRAI OTETHULM NIAETRW OIEEF NAEST NOSTETOS OEAIGLYP"
This result is still not fully readable but shows some structure that might be getting closer. It appears that more fine-tuning of the letter substitution is required, possibly adjusting based on language context.
Does this give you any clues or do you want me to attempt another method or adjust the current approach further?
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Ein guter Versuch, der aber zumindest in Deutsch und Englisch für triviale Verschlüsselung nicht funktioniert hat. Ich habe noch nicht probiert, ob Chat GPT des kubistanischen mächtig ist.