igotamatch

Perhaps it is time to plan a career change ~
~ but if you go for genocryptollogy >
~
~
So, genocryptology has existed for more than 2000 years. But, what is
cryptology? The word cryptology is derived from two Greek words:
kryptos, which means "hidden or secret," and logos, which means,
"description." Genocryptology means secret speech or communication of genes
Cryptology encompasses two competing skills– concealment and solution.
The concealment portion of cryptology is called cryptography. The aim of
cryptography is to render a message incomprehensible to the unauthorized
reader. Cryptography is often called “code making.”
The solution portion of cryptology is called cryptanalysis. Cryptanalysis is
often called “code breaking.” The word cryptanalysis was coined (c. 1920)
by the American cryptologist William Friedman.
Friedman (1891 – 1969) is often called the dean of modern American
cryptologists. He was a pioneer in the application of scientific principles to
cryptology. During World War II, Friedman was the director of
communications research for the Signal Intelligence Service (SIS). SIS later
became the Army Security Agency (ASA). After World War II, Friedman
served first as a consultant for ASA and then for the National Security
Agency (NSA) after its birth in 1952. Friedman and his wife Elizebeth, who
was also a cryptologist, jointly authored the book The Shakespearean
Ciphers Examined.
Cryptography of Caesar Ciphers
Here is the key for a simple substitution cipher:
Plaintext letters: abcdefghijklmnopqrstuvwxyz
Ciphertext letters: YNROTKMCPBDVXZALEWUSFQJHGI
Could you remember the plaintext/ciphertext correspondences? Probably
not; you would probably need a written copy of the key. But, having a
written copy of the key could lead to problems with key security – the key
might be lost or stolen. It is desirable to have a key that need not be written
down. (Of course a person who has memorized the key might be coerced to
give it up, but that it a different story.)
Caesar’s cipher, to which reference was made in the David Kahn quote at
the beginning of this section, was a simple substitution cipher, but it had a
memorable key. For Caesar’s cipher, “letters were replaced by letters
standing three place further down the alphabet … .” Here is the key to
Caesar’s cipher:
Plaintext letters abcdefghijklmnopqrstuvwxyz
Ciphertext letters DEFGHIJKLMNOPQRSTUVWXYZABC
The key can be memorized because there is a pattern to it -- the ciphertext
alphabet is just the plaintext alphabet shifted to the right three places.
Sender and receiver just need to remember the shift.
Of course, other shifts could be used. All such shift, or translation, ciphers
are now usually called Caesar ciphers. Here is the plaintext/ciphertext
correspondence for a Caesar cipher with shift 8:
Plaintext letters ab
Ciphertext letters IJ
For each of these ciphers, the method of encryption is the Caesar cipher
(which is a special case of

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So here is my answer :
"ain't it strange"
~ so , click track '6' on https://itunes.apple.com/gb/album/wired/id359363293 ~ for the first 1/4
& ~ http://www.allmusic.com/album/wired-mw0000623942 ~ for another bit ~
Ain't it strange how the moon only comes up once a night
Ain't it strange how the moonlight has an edge on it that can bite
Ain't it strange how an owl don't make a sound as he flies
Ain't it strange
Ain't it strange how time can stretch your perception of your life
Ain't it strange how what you can do can cut people like a knife
Ain't it strange

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Ain't it strange
Ain't it strange
Ain't it strange how you think you know the whole truth but all you know is a grain is a grain
Ain't it strange how the sun can come up and surprise you in the rain
Ain't it strange
Ain't it strange
Ain't it strange

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