I hope so ranchy. I really couldn't face Egals country at work on Monday being the only team losing to KaeperKneels former team.
Between Whistler and Vancouver, coming back from snowboarding trip.
Wow, Aria. Wow! I really do wish the likes hadn't been disabled. I don't understand with a picture thread. But ok. Anyway, I like this one a lot!
LOL. The plot thickens now. My gosh we just have to beat them. IF we play like we did vs KC, we'll be fine. Now remember, the only team that they really played was KC and now their schedule gets a little tougher, FINALLY. It's a must win against them fools. They're already talking SB around these parts. But yet last year when I said SB when our 'boys were tearing it up, they laughed.I agree, my lady. Grrrrr
That's so cool, please continue to post these types of pictures with the descriptions so we know what we're looking at. Very fascinating!I took another picture. This is The Pleiades or AKA Messier 45 or AKA The Seven Sisters.
The Pleiades is a open star cluster located in the constellation of Taurus not far from the Orion Constellation. It is clearly visible in the sky to the naked eye on a clear night right now.
This consists of a total of two hours of exposure. Thirty minutes of Luminance, Red, Green, and Blue filters combined into a single RGB color image.
I have two artifacts in it. Bad columns that I will need to reprocess this image to remove them. That said, overall I'm very happy with the outcome!
https://lh3.***BROKEN***/6spyMOjs3N5BW_S8VE8Atk0kOodyL8inQGyjnfnZKmkcUB5dkUXvVTak-vmya7-fY3AajNVeh5p1KXs5Hxth5NPHguCmebr5TuKSpCxyEj8fBnb4ARObpAOqzwP9dirzQ-Rbov5hF04FtRKaGXqygz5c2Wv_LWen9nRRGdgYvqowWdlUjxqmbwqRitVCftSLJPdc6KWUzR5XdILX7i4Npe334oipybPEt4Ov5CHibsFYO9GQq3c05KyGAiOaDZtZUrWvc1yrV5GN24lEYUOP6TndB2ZFRmXerYVA74CYHmrdcuSORZmf6QmOIgEF7yTj90qIdbCu8v2LzJMMluXIpq3VRXPjzCRwBouIO3wIRxZzEG_bm31QSU-lFiezYmjjdfjmNCPawbHQxxc6oRaRD4RWP3j85VJznocaCbzUVrt8-GI9Ckh5QrnJlyjZ5ZX-UjMmGo3XLbWMrauadfOHfF2IhMzPl2n2rWfaJc2m1y-NuP4VB9AUUSV3MRj1uMQlKXww3eJ0XJZmvCEzDsVfyHq0ePImM_KPIGB4vVkvF3tc1ke4tuXQM5gmpmsE8NVwxwFgx-O98z1xqaX4rhRNwRZaQvEHanMFZqZMDXig0KI0FlV4ELBpUfTBfBuTZ8s81lZ8kRGK2n_8oLWWxLf6sP-55xtp6ob1yHSX=w1173-h770-no
That's so cool, please continue to post these types of pictures with the descriptions so we know what we're looking at. Very fascinating!
Thanks! No like button damnit! hah
I'm hoping to take some images of the Rosette Nebula this weekend, but we will see how it goes. My intention is to take it in narrow band wavelengths. That basically means I want to image it in extremely specific colors and ignore the rest. The other two images I've posted here are mostly full color spectrum.
If it turns out as well as M45, it should be awesome, but in truth. This is the first time I've tried a solely three tone narrow band (Ha, SII, and OIII) astronomical image!
Ha = Hydrogen Alpha (basically a deep red)
SII = Suphur II (darker red)
OIII = Oxygen III (more blue color)
The colors are basically the very specific colors that these elements reflect. (Hydrogen, Suphur, and Oxygen) So I'm only recording light reflected from those three elements and only seeing what they reflect. Basically ignoring all other light.
This is an example of a Ha, SII, and OIII image and why I'm so hyped to try and take one!
This is the Western Veil Nebula in narrow band colors. (the blue is oxygen floating in space!)
Unbelievable! It doesn't even look real. It just amazes me how much is out there that we can't see with the naked eye or with telescopes for that matter. I'm surprised you don't sell any of these.Thanks! No like button damnit! hah
I'm hoping to take some images of the Rosette Nebula this weekend, but we will see how it goes. My intention is to take it in narrow band wavelengths. That basically means I want to image it in extremely specific colors and ignore the rest. The other two images I've posted here are mostly full color spectrum.
If it turns out as well as M45, it should be awesome, but in truth. This is the first time I've tried a solely three tone narrow band (Ha, SII, and OIII) astronomical image!
Ha = Hydrogen Alpha (basically an exotic red)
SII = Suphur II (darker red)
OIII = Oxygen III (more blue color)
The colors are basically the very specific colors that these elements reflect as light or shall I saw color. (Hydrogen, Suphur, and Oxygen) So I'm only recording light reflected from those three elements and only seeing what they reflect. Basically ignoring all other light.
This is an example of a Ha, SII, and OIII image and why I'm so hyped to try and take one! (the universe's natural art!)
This is the Western Veil Nebula in narrow band colors. (the blue is oxygen (yep, that we breath!) floating in space!)
How do you take these photos? Do you live on a mountain in Chile with a telescope the size of a football field?
Unbelievable! It doesn't even look real. It just amazes me how much is out there that we can't see with the naked eye or with telescopes for that matter. I'm surprised you don't sell any of these.
I'm a junior guy. Besides, we have the Hubble Telescopes that is in space and has no issues of atmosphere screwing up the image it's takening. There are guys far better than I and more than half of my images are garbage. I've been lucky a few times.
Google "Terry Hancock" images and then click the images link in Google's search. Dear god I suck compared to him!
Tabasc,
Beauty is in the eye of nature. Meaning pure mathematics. When the math doesn't compute. You get ugly. When it does. You're in pure awe....