On Fri, Aug 10, 2012 at 3:24 AM, Jonathan Jones
<eyeonus@gmail.com> wrote:
On Fri, Aug 10, 2012 at 1:18 AM, la .lindar.
<lindarthebard@gmail.com> wrote:
Maybe something like {prityfalgu'o} and {zulfalgu'o}?
That's fairly inaccurate. Rotation has nothing to with gravity, and falling /requires/ it. It is perfectly possible for something to move/rotate in a clockwise direction without falling. Every celestial body that isn't rotating counter-clockwise does it. (technically: the rotation of the Earth has nothing to do with the fact that the Earth is perpetually falling toward Sol.)
What is the standard for determining north/right-left?
Whether Earth (and other bodies in space) rotate and revolve clockwise or counterclockwise is purely arbitrary, 50/50. But once any one thing is determined to be north, everything else follows.
How about using chirality as the basis of a definition?
stevo
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mu'o mi'e .aionys.
.i.e'ucai ko cmima lo pilno be denpa bu .i doi.luk. mi patfu do zo'o
(Come to the Dot Side! Luke, I am your father. :D )
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