Introduction | Map | Sketch | My Best Own Photos | My Own Observations | References || Appendix: My Own Photos
On this page I collect my observations of the galactic emission and reflection nebulae NGC 6960/6992/5, called Cirrus or Veil Nebula in the constellation Cygnus/Swan. All in all, it is about the Cygnus Loop, a supernova remnant.
The galactic emission and reflection nebula NGC 6960/6992/5, called Cirrus or Veil Nebula, in the constellation Cygnus/Swan is a compound of the galactic nebulae NGC 6960 and NGC 6992/5. According to Stoyan, a labyrinth of weak nebulae and fine filaments is distributed over a larger area (2.5° x 3.5°), but this can only to recognized under good observation conditions. And obviously, I did not have these in summer / autumn 2016 ...
But in August 2020, I was able to catch at least a glimpse of NGC 6960 and of NGC 6995 with the eVscope, although all this is far too large for the eVscope's field of view. The Vespera shows already larger sections of both nebulae, but you cannot capture the whole cirrus nebula in a mosaic. This is, however, possible with the Vespera Pro!
NGC 6960 | NGC 6992/5 | |
Size: 45' x 5' (Stoyan) Distance: 2,000 light years (Stoyan) Rating: *** (Stoyan) |
Size: 55' x 5' (Stoyan) Distance: 2,000 light years (Stoyan) Rating: *** (Stoyan) |
NGC 6960 is also called Western Veil Nebula), whereas NGC 6992/5 is also called Eastern Veil Nebula. Together, they are the remnant of a supernova that happened about 8,000 years ago. Various parts of the remnant have different NGC and IC numbers. For example, the objects NGC 6960, NGC 6974, NGC 6979, NGC 6992, NGC 6995 (inofficially called Bat Nebula) and IC 1340 all belong to the same structure called Cygnus Loop:
GALEX image of the Cygnus Loop nebula (Wikipedia)
Wikipedia: The Cygnus Loop (radio source W78, or Sharpless 103) is a large supernova remnant (SNR) in the constellation Cygnus, an emission nebula measuring nearly 3° across. Some arcs of the loop, known collectively as the Veil Nebula or Cirrus Nebula, emit in the visible electromagnetic range. Radio, infrared, and X-ray images reveal the complete loop.
Note: NGC 6960/6992/5 (Cirrus or Veil Nebula), M 1 (Crab Nebula), and IC 443 (Jellyfish Nebula) are the only supernova remnants that I have observed so far.
NGC 6960/6992/5, the Cirrus or Veil Nebula, in constellation Cygnus/Swan (Image Courtesy of SkySafari Astronomy, www.simulationcurriculum.com)
NGC 6960/6992/5, the Cirrus or Veil Nebula, in constellation Cygnus/Swan, closer view (Image Courtesy of SkySafari Astronomy, www.simulationcurriculum.com)
The sketch by Michael Vlasov (DeepSkyWatch.com) provides a rough impression of what I wanted to observe in Summer/Autumn 2016: Sketch of the Cirrus/Veil Nebula (NGC 6960/6992/5) by Michael Vlasov (Copyright © Michael Vlasov 2016)
Note: I only have the author's permission to link to the sketch.
NGC 6960, Jul 31, 2022 - oiginal (29 frames = 290s) |
NGC 6960, Aug 16, 2022 - original (90 frames = 900s) |
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NGC 6960, Aug 25, 2022 - original (91 frames = 910s) |
NGC 6960, Oct 5, 2022 - original (80 frames = 800s) |
NGC 6992, Jul 31, 2022 - original (21 frames = 210s) |
NGC 6992, Aug 16, 2022 - original (60 frames = 600s) |
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NGC 6992, Aug 25, 2022 - original (90 frames = 900s) |
NGC 6992, Oct 5, 2022 - original (72 frames = 720s) |
NGC 6960 and 6992, Oct 30, 2022 - original (368 frames = 3860s) |
NGC 6992, Oct 30, 2022 - original (368 frames = 3860s), processed |
NGC 6960, Nov 4, 2024 - 2000 (372 frames = 62 min) |
NGC 6960, Nov 4, 2024 - 2000 (372 frames = 62 min), processed |
NGC 6992/5, Oct 11, 2024 - 2000 (240 frames = 40 min) |
NGC 6960, Oct 11, 2024 - 2000 (240 frames = 40 min), processed |
NGC 6960 and 6992, Jun 24, 2024 - 2000 (274 frames = 2740s) |
NGC 6960 and 6992, Jun 24, 2024 - 2000 (401 frames = 4010s) |
NGC 6960 and 6992, Jun 24, 2024 - 2000 (514 frames = 5140s) |
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NGC 6960 and 6992, Jun 24, 2024 - 2000 (274 frames = 2740s), processed |
NGC 6960 and 6992, Jun 24, 2024 - 2000 (401 frames = 4010s), processed |
NGC 6960 and 6992, Jun 24, 2024 - 2000 (514 frames = 5140s), processed |
NGC 6960 and 6992, Aug 8, 2024 - 2000 (383 frames = 3830s) |
NGC 6960 and 6992, Aug 8, 2024 - 2000 (383 frames = 3830s) processed |
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NGC 6960 and 6992/5, Aug 25, 2024 - 2000 (394 frames = 3940s), processed |
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Regrettably, I did not see anything. Location, observation date, and telescopes used are unknown/forgotten.
NGC 6992/5 - Nov 24, 2022 |
NGC 6992/5 - Nov 24, 2022, photo left processed |
NGC 6960 - Sep 6, 2023, 11 min |
NGC 6960 - Sep 6, 2023, photo left processed |
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NGC 6960 - Dec 18, 2023, 20 min |
NGC 6960 - Dec 18, 2023, photo left processed |
NGC 6960, Jul 31, 2022 - oiginal (29 frames = 290s) |
NGC 6960, Aug 12, 2022 - original (45 frames = 450s) |
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NGC 6960, Aug 16, 2022 - original (90 frames = 900s) |
NGC 6960, Aug 25, 2022 - original (91 frames = 910s) |
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NGC 6960, Aug 28, 2022 - original (26 frames = 260s) | NGC 6960, Aug 28, 2022 - original (65 frames = 650s) |
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NGC 6960, Oct 5, 2022 - original (80 frames = 800s) |
NGC 6992, Jul 31, 2022 - original (21 frames = 210s) |
NGC 6992, Aug 12, 2022 - original (26 frames = 260s) |
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NGC 6992, Aug 16, 2022 - original (60 frames = 600s) |
NGC 6992, Aug 25, 2022 - original (90 frames = 900s) |
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NGC 6992, Oct 5, 2022 - original (72 frames = 720s) |
NGC 6960 and 6992, Oct 30, 2022 - original (368 frames = 3860s) |
NGC 6992, Oct 30, 2022 - original (368 frames = 3860 s), processed |
NGC 6960, Nov 4, 2024 - 2000 (372 frames = 62 min) |
NGC 6960, Nov 4, 2024 - 2000 (372 frames = 62 min), processed |
NGC 6960, Oct 11, 2024 - 2000 (240 frames = 40 min) |
NGC 6960, Oct 11, 2024 - 2000 (240 frames = 40 min), processed |
NGC 6960 and 6992/5, Jun 24, 2024 - 2000 (274 frames = 2740s) |
NGC 6960 and 6992/5, Jun 24, 2024 - 2000 (401 frames = 4010s) |
NGC 6960 and 6992/5, Jun 24, 2024 - 2000 (514 frames = 5140s) |
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NGC 6960 and 6992/5, Jun 24, 2024 - 2000 (274 frames = 2740s), processed |
NGC 6960 and 6992/5, Jun 24, 2024 - 2000 (401 frames = 4010s), processed |
NGC 6960 and 6992/4, Jun 24, 2024 - 2000 (514 frames = 5140s), processed |
NGC 6960 and 6992/5, Aug 8, 2024 - 2000 (383 frames = 3830s) |
NGC 6960 and 6992/5, Aug 8, 2024 - 2000 (383 frames = 3830s) processed |
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NGC 6960 and 6992/5, Aug 25, 2024 - 2000 (394 frames = 3940s), processed |
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