Triangulum galaxy

[drjskatre]

Triangulum galaxy. With A7r4 and 200 600.

[ntrao]

Wow! you shot this with a lens? not a telescope? Super pic!

[drjskatre]

Wow! you shot this with a lens? not a telescope? Super pic!

Thanks a lot. :)

[Thad E Ginathom]

Wow! you shot this with a lens? not a telescope? Super pic!

Amazing!

[drjskatre]

Thanks 👍
Wow! you shot this with a lens? not a telescope? Super pic!

Amazing!

[Gajadi]

Brilliant work, Doc!!
Can this also be captured in infrared to get better results, the way Hubble does?
Just asking as you may also have wondered this some point in time while following galaxies and Nebulas.

[drjskatre]

Brilliant work, Doc!!
Can this also be captured in infrared to get better results, the way Hubble does?
Just asking as you may also have wondered this some point in time while following galaxies and Nebulas.

A specific wavelength of 656.28 nm is produced by ionised hydrogen present around many celestial bodies, which is mostly filtered out by modern sensors. Astro- modified cameras are equipped to record this in full intensity. Apart from this wavelength, no infrared wavelength is received from space. Thanks for compliment.

[Gajadi]

Thanks. Now I know a thing or two about what is astrophotography   8)