Orthogonal

Jim Choate ravage at ssz.com
Sun Oct 26 08:22:27 PST 1997



Hi,

I believe the first definition for orthogonal is not the vector or Cartesian
definition but rather from geometry.

Where, for example, polygonal means a closed shape made up from many line
segments, orthogonal means a closed shape made from line segments at right
angles to each other. The simplest being the square.

DeCarte used the concept of ortho- to describe the relationship between the
axis of his measurement system, hence orthogonal. Strictly speaking
orthogonal is a misnomer and should be orthometric or 'measurements at right
angles'.

I am interested in how orthogonal obtained its variety of other meanings. I
run across it in linguistics, computer science, philosophy, etc. In most of
them it means some sort of pure or simple relationship. Unfortunately I
can't find any sort of description of how it got expanded this way.


    ____________________________________________________________________
   |                                                                    |
   |    The financial policy of the welfare state requires that there   |
   |    be no way for the owners of wealth to protect themselves.       |
   |                                                                    |
   |                                       -Alan Greenspan-             |
   |                                                                    | 
   |            _____                             The Armadillo Group   |
   |         ,::////;::-.                           Austin, Tx. USA     |
   |        /:'///// ``::>/|/                     http://www.ssz.com/   |
   |      .',  ||||    `/( e\                                           |
   |  -====~~mm-'`-```-mm --'-                         Jim Choate       |
   |                                                 ravage at ssz.com     |
   |                                                  512-451-7087      |
   |____________________________________________________________________|







More information about the cypherpunks-legacy mailing list