Capturing Rosette Nebula through telescope aka The Skull Nebula.

The Skull Nebula, also known as the Rosette Nebula, is indeed an intriguing celestial object. Here are some interesting aspects of this nebula:
Appearance: The Rosette Nebula gets its name from its rose-like shape, resembling a flower. Its intricate, petal-like structures are created by the stellar winds and radiation from the central cluster of stars.
Location: This nebula is located in the Monoceros constellation, which is approximately 5,000 light-years away from Earth. It's a relatively nearby nebula in astronomical terms, making it a popular target for amateur and professional astronomers alike.
Star Formation: At the heart of the Rosette Nebula lies a young open cluster of stars called NGC 2244. The intense radiation from these stars illuminates the surrounding gas and dust, causing it to glow brightly. Additionally, the high-energy radiation and stellar winds from these young stars trigger the formation of new stars within the nebula.
Hydrogen Alpha Emission: One of the notable features of the Rosette Nebula is its strong emission of light in the hydrogen-alpha wavelength, which gives it a distinctive red color. This emission is caused by the ionization of hydrogen gas by the ultraviolet radiation from the hot, young stars in the nebula.
Size and Structure: The Rosette Nebula spans a diameter of about 130 light-years, making it one of the largest nebulae in our galaxy. Its intricate structure consists of glowing gas and dust clouds, dark lanes of interstellar dust, and regions of ongoing star formation.
Observations: The Rosette Nebula is a popular target for both visual observation and astrophotography. Its distinctive shape and vibrant colors make it a stunning sight through telescopes and an excellent subject for long-exposure photographs.
Overall, the Rosette Nebula is not only visually captivating but also provides valuable insights into the processes of star formation and the dynamics of interstellar gas and dust clouds within our galaxy.

[@astroamateur]

Awesome bhaiya 😮

[@tehriskies-awindowtospace7270]

Thank you ♥️

[@abhinavsaini3512]

A True Eye opener!!👍👌

[@tehriskies-awindowtospace7270]

Thanks 👍

[@Infinitejourney12]

🌌🔥🔥best Deep sky astrophotographer in india

[@tehriskies-awindowtospace7270]

Thank you ❤

[@iitjeeaspirantija]

Wonderful 🔥🔥🔥💯💯

[@tehriskies-awindowtospace7270]

Thank you 😊

[@ekanshtardeja]

amazing work!

[@tehriskies-awindowtospace7270]

Thanks

[@india.astronut]

Well done sir, 👏 Crazy Image.
Clear Skies

[@tehriskies-awindowtospace7270]

Thank you 👍 clear skies

[@HyperX07]

Awesome sir!

[@tehriskies-awindowtospace7270]

Thank you ♥️

[@AstroTeenager]

Wow! Great pic! Proud of you sir you are Indian Astro Backyard ❤

[@tehriskies-awindowtospace7270]

Thank you so much ♥️

[@astroabhinav0]

amazing sir you deserve millons susbscribers

[@tehriskies-awindowtospace7270]

Thank you 😊♥️

[@iitjeeaspirantija]

Sir apka raw data hi itna achha lag rha h
Processed to 🔥🔥🔥 bohot achha h

[@tehriskies-awindowtospace7270]

Thank you ♥️

[@emeptygamer6469]

awsomebro keep it up one day you will be best astrophotographer in india

[@tehriskies-awindowtospace7270]

Thank you ♥️

[@ankit2594]

Sir ek goto mount ke alawe mere pass sirf OTA ke liye 60k ka budget hai…
Mere liye refractor ya fir imaging newtonian mein se kya better rahega..?

[@tehriskies-awindowtospace7270]

OTA ke liye 60 ka budget hai to you can go for a small refractor for ease of use + compatibility with small mounts and portability

[@emeptygamer6469]

can you capture andromeda with o-ii filter? by this you can get a glimpse ofoxygen cloud near andromeda

[@tehriskies-awindowtospace7270]

Yes I would do that with a monochrome camera.