# [cryptography] Spacetime encryption of a signal

Kevin kevinsisco61784 at gmail.com
Sun Feb 22 18:51:35 EST 2015

This was born out of quantum information projects I have seen that NIST
is working on.  I figured, well, we can't express quantum information on
a clasic processing system, but we could use a spacetime model.  The
post for this can be found at:
http://www.autoitscript.com/forum/topic/167592-spacetime-encryption-of-a-signal/
The code for easy review:
;Spacetime Encryption
;by
;Kevin J. Sisco(kevinsisco61784 at gmail.com
;Spacetime Encryption takes a signal and encrypts it using the power of
the universe!
;this algorithm uses key material from the spacetime continuum
;note
;Spacetime Encryption is written in Autoit
;see the following URL:
;http://www.autoitscript.com

\$p = 3.1415926535897932384626433832795
;value of pi
\$ms = @MSEC
;ms value of clock
\$s = @SEC
;second value of clock
\$m = @MIN
;minute value of clock
\$h = @HOUR
;hour value of clock
\$y = @YEAR
;year
\$t = \$ms+\$s+\$m+\$h+\$y
;time
\$H = @DesktopHeight
;height of display in pixels
\$W = @DesktopWidth
;display width
\$L = \$W*\$W
;length
\$S = \$H+\$W+\$L
;space
\$st = \$t+\$S
;spacetime continuum
\$dr = @DesktopRefresh
;refresh rate of display in hertz
;this is the signal
;the following code encrypts the signal
\$br = BitRotate(\$dr, 80)
;left bit rotation of the signal
\$x = BitXor(\$br, \$st)
;xor
\$sr = BitRotate(\$x, 80)
;second rotation
\$t =
\$br+\$x+\$sr+\$p+\$st*Log(\$st)&Hex(\$br)&Hex(\$x)&Hex(\$sr)&Hex(\$s)&Hex(\$ms)&Hex(\$h)&Hex(\$m)&Hex(\$y)&Hex(\$st)
\$o = FileOpen("output.txt", 1)
;open output stream
FileWriteLine(\$o, \$t)
;write to stream
FileFlush(\$o)
;flush the buffer
FileClose(\$o)
;close the stream

Understand that this is purely theory (however it does work) so try not