Celestial hemisphere:  Northern  ·  Constellation: Cepheus (Cep)
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A Seahorse Swimming In Star Light (B 150, LDN 1082), 



    
        

            Ivaylo Stoynov
A Seahorse Swimming In Star Light (B 150, LDN 1082)
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A Seahorse Swimming In Star Light (B 150, LDN 1082)

Getting plate-solving status, please wait...
A Seahorse Swimming In Star Light (B 150, LDN 1082), 



    
        

            Ivaylo Stoynov
A Seahorse Swimming In Star Light (B 150, LDN 1082)
Powered byPixInsight

A Seahorse Swimming In Star Light (B 150, LDN 1082)

Acquisition details

Dates:
July 9, 2021 ·  July 10, 2021 ·  July 11, 2021 ·  July 12, 2021
Frames:
180×300(15h) (gain: 100.00) -15°C bin 1×1
Integration:
15h
Avg. Moon age:
8.30 days
Avg. Moon phase:
2.20%

Basic astrometry details

Astrometry.net job: 4872328

RA center: 20h50m53s.8

DEC center: +60°0636

Pixel scale: 2.340 arcsec/pixel

Orientation: 327.647 degrees

Field radius: 1.011 degrees

Resolution: 2200x2200

File size: 7.8 MB

Locations: Rozhen National Observatory, Rozhen, Bulgaria

Data source: Traveller

Description

The Seahorse Nebula -  Barnard 150, LDN 1082

This dark nebula in Cepheus constellation, located at around 1200 light years away from Earth, is molecular cloud is part of our Milky Way galaxy. Many objects of this kind are areas of star formation - some in early stages, other in more advances one. Common is that there is still enough matter between them and us to cover densely the light of the contained bodies. As a result, we can’t detect them by direct reflection of bight source like the famous Iris nebula located nearby on our sky and almost at same distance as the Seahorse. Usually, we can observe such nebulae when there is background starfield. However, when they are closer to us, we can detect the reflection of the ambient Milky Way light. In such cases we can see not just black patch of sky, but structure, shapes and hints of color. 

This image is taken during the summer star party organized by our club,  hosted by the biggest observatory in Bulgaria. Looks like the target is kind of hard nut for the used setup, but hope the result is pleasing for you 

https://www.astrophotography.app/

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