The Astrology of Space - Matrix Software

The Astrology of Space
clouds of small grains of matter, dust. Like cigarette
smoke, this dust diffuses the light coming from behind
them. There is no essential difference between a
bright nebula and a dark one; it all depends on
whether there are any suitable stars to provide
illumination.
Dark Nebulae Table
## Zodiac Latitude Name
DN 12°Ar12'18 +62°07'58|Cepheus
DN 07°Ge25'08 + 6°01'47|Taurus
DN 18°Ge41'44 -28°03'23|Orion
DN 22°Ge22'16 -25°22'19|Orion dark nebulae
DN 08°Cn05'37 -13°13'25|S Monoceros
DN 17°Li28'05 -11°32'58|Coal sack
DN 18°Li35'58 -59°08'27|eta Carina
DN 05°Sa33'20 - 2°02'39|rho Ophiuchus
DN 21°Sa25'32 - 2°20'03|theta Ophiuchus
DN 10°Cp29'06 +18°05'05|Scutum
DN 20°Aq58'22 +47°31'49|52 Cygnus
DN 07°Pi00'45 +59°04'19|North America
DN 20°Pi43'58 +63°56'25|Cygnus
Planetary Nebulae
A Planetary Nebula, in essence, appears to be a
roughly spheroidal or ellipsoidal shell of gas with a
nuclear star in or close to its center. These nebulae
(planetaries) received their name not due to any
possible generic relationship to planets, but because
early observers, while searching for planets with
primitive telescopes, sometimes came across these
disc-like objects and they at first glance looked like
planets. The central star of a planetary is usually quite
dim. It is not often brighter than eleventh magnitude
and it is the exception that can be seen at all. The
body or expanded shell-like ring of gas of the nebula
is also faint and tends to blend into the sky
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