Celestial hemisphere:  Northern  ·  Constellation: Cygnus (Cyg)  ·  Contains:  57 Cyg  ·  62 Cyg  ·  62 ksi Cyg  ·  B352  ·  B353  ·  B355  ·  B358  ·  HD199069  ·  HD199098  ·  HD199121  ·  HD199137  ·  HD199138  ·  HD199168  ·  HD199178  ·  HD199206  ·  HD199312  ·  HD199355  ·  HD199373  ·  HD199395  ·  HD199416  ·  HD199417  ·  HD199479  ·  HD199511  ·  HD199512  ·  HD199547  ·  HD199579  ·  HD199580  ·  HD199781  ·  HD199799  ·  HD199870  ·  And 42 more.
Getting plate-solving status, please wait...
Cygnus Wall - NGC 7000, Hunter Outten
Powered byPixInsight
Getting plate-solving status, please wait...
Cygnus Wall - NGC 7000, Hunter Outten
Powered byPixInsight

Equipment

Loading...

Acquisition details

Loading...

Description

NGC 7000, also known as the Cygnus Wall, is a prominent and captivating astronomical feature located in the constellation of Cygnus, the Swan. It is an emission nebula, meaning it glows brightly due to the ionization of its gas by nearby massive stars.The Cygnus Wall is part of a larger complex called the North America Nebula, which spans an extensive region in the night sky. However, the Cygnus Wall itself stands out as one of the most visually striking sections within this complex. Its name is derived from its resemblance to the shape of the North American continent.This celestial spectacle is situated approximately 1,600 light-years away from Earth, making it relatively close on a cosmic scale. It stretches across a vast expanse, with an estimated size of about 20 light-years. The Cygnus Wall is primarily composed of hydrogen gas, which is energized and emits light in the presence of nearby hot, massive stars.The region is characterized by intricate and filamentary structures, often appearing as dark, dusty lanes that separate bright regions of glowing gas. These dark lanes are a result of dense interstellar dust obscuring the light behind it, creating stark contrasts against the luminous gas clouds.The Cygnus Wall is a site of active star formation, with dense pockets of gas and dust serving as nurseries for the birth of new stars. Intense radiation emitted by the hot, young stars within the nebula causes the surrounding gas to glow brilliantly, producing a range of vivid colors, including deep reds and blues.

Comments