3D Astrophotography #Shorts

Nebulae are 3D objects! Learn how I accurately represent my 2D astrophotography in three dimensions. #Shorts

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Supporting this channel:
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[minecraftcake]

Imagine one day we can make a 3d model of nebulas that look lifelike.

[jedidiahwest]

Hopefully there’s a “how to” video coming soon 🤞

[AhmedHelal]

You know I had a B.Sc. degree in physics /Astronomy and a Ph.D. in physics, however only your videos ignite my passion for astrophotography. Good work.

[germainewilliams]

Man that is absolute definition of next-level astrophotography love the channel man been learned so much keep that shit up

[anujitmaity]

Sir lots of love from india.
Plz make more more astronomy tutorials.
Plz make them on dslr+star tracker+ DSS+ gimp
Many of us only use this object and softwares.
Plz sir make more and more capturing and editing videos on this things.
Want to see more nebula and clusters of Messier series.

[HoeriettTubman]

53:20 that lion nebula shot is amazing! A great example of what a large difference simple adjustments in processing can make.

[michal_king]

Thats so amazing. I love that its based on data and actual science and not just guessed

[DinoBoy]

This is so cool! Thank you for sharing Nico!!

[astrojet]

It's so cool hope you make a video of how to make it😁(I guess it in pixinsight)

[PinkModesty]

It looks amazing. Can you tell me the software that you use

[pumpedupchips]

Very cool and youre actually stumbling upon something thats an area of active research. Here at Purdue University my research group makes 3D reconstructions of supernova remnants. So far we've done Cassiopeia A, the crab nebula, and n132D.

I've never thought about doing it the way you suggest, mainly because usually our distance estimate to the remnant itself isnt great and its hard to tell what stars are behind in front or inside of it

Instead what we typically do is use "integral field spectroscopy". Its like regular spectroscopy where you use a slit, but imagine every pixel in an image has spectra info. You can also think about it like taking narrowband images at every wavelength from like 400 to 800 nm.

This way we can use the velocituy measurements to figure out the 3d structure since SNR are approximately balastic explosions.

[AmericanRadass]

That's awesome! It's people like you that have spiked my interest in astronomy.

[bennikley]

That is awesome!

Also, I wanted to thank you for all the tutorials you've made about capturing Deep sky objects with a DSLR and how to process them.
It helped me a ton! Please keep doing them :)

[AstroPixUK]

Wow wow wow. Mind blown. Look forward to more on this Nico. 🤞🏻

[DariusPaveliu]

Yes really nice, planning on doing a mosaic on this one due to my FL

[jefftimmons]

WOW! Nico, I just saw this, I'm running a little behind... that must have taken some serious time to calculate and compose!
Thanks so much for sharing it with us!

[TobiasStevens]

Wow, you put some great effort in that!

[Gabbify-pp]

Amazing! I would love to see a tutorial on how you did this!

[Yanthungbemo]

Would you be interested in doing a tutorial on how to create 3D video like this? Even a non-scientific, just for fun method would be great to learn. Just to enjoy the visualisation.

[Mglow]

I would love to know how you accomplished this! great post