Thursday, September 15, 2011
Moon images from a new point of view
Buy a photographic print from HERE
Buy a photographic print from HERE
"Surface" view to half a Moon
Buy a photographic print from HERE
Moon images in this post looks kind of odd...
They are real images of the moon, imaged by me years ago, showing a half Moon with the Earth shine.
(Shadowed side of the Moon get lit by the light reflected from the Earths atmosphere, hence the bluish color)
Actually you can't see the Moon from Earth at this angle!
Images are done by re projecting the moon image to a sphere made by a 3D-software. After that you can select any new viewpoint to a Moon, as long as the point of interest stays on the visible side of the Moon. It's kind of having a private Moon orbiter.
I like this method, since the actual image data stays practically untouched, it just get seen from an other angle.
Images are done by re projecting the moon image to a sphere made by a 3D-software. After that you can select any new viewpoint to a Moon, as long as the point of interest stays on the visible side of the Moon. It's kind of having a private Moon orbiter.
I like this method, since the actual image data stays practically untouched, it just get seen from an other angle.
I developed this technique back in 2005. At the time it gets published by the "Sky & Telescope" magazine.
(J-P Metsävainio, A New Way of Looking at the Moon. Sky & Telescope, Jan 2005, p 142-146.)
I have made several short movies with this technique, here are some links to them:
This movie shows the principle of the technique used:
Please note. To see the movies at full resolution, click the HD-resolution selector at the lower Right corner of the Youtube Window. Double click the movie window to see the movie in full screen.
A Moon surface image series, converted from an image at top of the page.
"Fly over the terminator zone"
Monday, September 12, 2011
Couple of image collections with very different instruments, Tokina 300mm camera lens and the Meade LX200 GPS 12" telescope 3000mm
Images taken with a Tokina AT-X 300mm f2.8 camera lens
Images are in HST-palette from the emission of ionized elements, R=Sulfur, G=Hydrogen & B=Oxygen.
Note. Images in this poster are not in same scale.
All images in this collection can be found from my portfolio, with technical details:
Tokina AT-X 300mm camera lens is an excellent astrolens!
Here is a blog post about the lens and the first light for it:
Tokina lens at top of the Meade LX200 GPS 12" telescope, it's a large lens with the dew shield attached.
Imaging bath, more info in this blog post:
http://astroanarchy.blogspot.com/2009/09/active-otics-and-meade-lx200-gps-12.html
All the images above are shot from my city center observatory, under a heavy light pollution.
The narrowband imaging is must under my conditions. Dark place is better naturally, now I'm able to use every cloudless moment, unlike with an observatory in distant dark location.
A collection of images taken with a Meade LX200 GPS 12" 3000mm f10 telescope, forced to work at ~f5.
My old Meade LX 200 GPS12" telescope, on its original fork mount, is not a perfect instrument for astronomical imaging. I have managed to get it work like a real imaging platform, not an easy task though.
Great help is an active optics unit, SXV-AO, from Starlight express. (UK based company)
Most of the images are in HST-palette from the emission of ionized elements, R=Sulfur, G=Hydrogen & B=Oxygen. Red ones are in natural narrowband colors. Note. Images in this poster are not in same scale.
All images in this collection can be found from my portfolio, with technical details:
My old Meade LX 200 GPS12" telescope, on its original fork mount, is not a perfect instrument for astronomical imaging. I have managed to get it work like a real imaging platform, not an easy task though.
Great help is an active optics unit, SXV-AO, from Starlight express. (UK based company)
Imaging bath, more info in this blog post:
http://astroanarchy.blogspot.com/2009/09/active-otics-and-meade-lx200-gps-12.html
All the images above are shot from my city center observatory, under a heavy light pollution.
The narrowband imaging is must under my conditions. Dark place is better naturally, now I'm able to use every cloudless moment, unlike with an observatory in distant dark location.
A collection of Sharpless catalog objects
I have imaged some Sharpless catalog objects during the years. Many of them are very dim but there are some familiar objects too. All images are in HST-palette from the emission of ionized elements, R=Sulfur, G=Hydrogen & B=Oxygen. Note. Images in this poster are not in same scale.
All images in this collection can be found from my portfolio, with technical details:
Labeled
Many ways to die
A collection of passed away stars, both, planetary nebulae and supernova remnants.
Note. Images in this poster are not in same scale.
UPDATE
"Jake" from Finnish astronomical group, http://foorumi.avaruus.fi/ , pointed out, that Sh2-223 (Sharpless 223) is now uncatalogued as a supernova remnant, it's just a HII region.
UPDATE
"Jake" from Finnish astronomical group, http://foorumi.avaruus.fi/ , pointed out, that Sh2-223 (Sharpless 223) is now uncatalogued as a supernova remnant, it's just a HII region.
"G166.2+2.5 (=OA 184) (aka Sh2-223) was removed from the 2006 April version of the catalogue, as it was identified as an HII region by Foster et al. (2006)."
I left the image as it is, since there is a real SNR in the image, Sh2-224.
All images in this collection can be found from my portfolio, with technical details:
Labeled
There are some very rarely imaged objects in the poster, like Jones1, Jones-Emberson1, Medusa Nebula, Sh2-188, Sh2-221, Sh2-216, Simeis 147 and supernova remnant pair Sh2-223, 224.
PL = planetary Nebula, SNR = supernova remnant
PL = planetary Nebula, SNR = supernova remnant
Subscribe to:
Posts (Atom)
