chemoelectric/How-to-Entangle-Craytons chemoelectric/How-to-Entangle-Craytons

  • Stars
    star
    1
  • Language CWeb
  • License
    The Unlicense
  • Created about 1 year ago
  • Updated 12 months ago
Twitter logo Share LinkedIn logo Share Facebook logo Share
chemoelectric/How-to-Entangle-Craytons
github

chemoelectric

Reviews

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

Repository Details

A satirical tutorial (in CWEB) on how to create a quantum-entangled pair of variables on a non-quantum computer. (Really a kitchen experiment and mathematical proof to help prepare the world for a gigantic dose of disillusionment about the sciences.)

More Repositories

1

pycaml

MOVED TO https://bitbucket.org/chemoelectric/pycaml
OCaml
8
star
2

sortsmill

Fonts and font-design tools. This is a mirror of the Mercurial repository at Google Code.
Python
7
star
3

fontconfig

MOVED TO https://bitbucket.org/chemoelectric/fontconfig
C
6
star
4

exherbo-rubujo

(UNMAINTAINED because I am not currently running Exherbo on anything.) Barry Schwartz's repository of miscellaneous exhereses for Exherbo.
Shell
2
star
5

chemoelectric-overlay

MIRROR OF https://bitbucket.org/chemoelectric/chemoelectric-overlay
Shell
2
star
6

glyph_name

MOVED TO https://bitbucket.org/chemoelectric/glyph_name
C
2
star
7

fortran-modules

Some modules for Fortran, including garbage-collected CONS-lists. Mirror of the Mercurial repository at https://sourceforge.net/p/chemoelectric/fortran-modules
Fortran
1
star
8

objecticon

Object Icon, beginning from a migration to Git of the Subversion at https://sourceforge.net/p/objecticon/code/ For the original, use branch objecticon-last-svn-commit
C
1
star
9

pyfilemagic

MOVED TO https://bitbucket.org/chemoelectric/pyfilemagic
C
1
star
10

ats2-timsort

Timsort (powersort) for ATS2/Postiats and C, written in ATS2. Mirror of the default branch of the Mercurial repository at https://sourceforge.net/p/chemoelectric/ats2-timsort
Makefile
1
star
11

eprb_signal_correlations

Derivation, entirely by probability theory, of the correlation coefficient for a two-channel Bell test, with simulation in Ada and other languages. The Nobel Committee for Physics has banned this program. (Mirrored at https://eprb-signal-correlations.sf.net)
Python
1
star