In order to show that the “dust” in the widefield Altair image really is tens of thousands of stars – I cropped the image in to Altair to show the enormous density of stars in this region. And yes – you’ve guessed it – this area lies within the Milky Way.
Just a couple of nights ago I managed to get a 2-framer on the Altair/Barnard’s “E” region in Aquila on the Canon 200mm prime lenses and the ASI 2600MC Pro CMOS cameras. Each frame is 5-hours of 10-minute exposures, so this is a 10-hour image in all.
I have been recently beta-testing Noel Carboni’s new flattening tool for deep-sky images.
This plug-in makes flattening even the most difficult image data a doddle (even I can get good results).
If you carry out deep-sky image processing, then you must have this tool in your digital darkroom toolbox – it’s sharp!
Is a stereo view of asteroid JO25 2014.
Thank you Jim at EPOD for continuing to publish my work and Dr. Brian May for creating the stereograph.
As well as capturing asteroid JO25 2014 on the single Sky 90/M26C – I also managed to grab 16 subs on the two 200mm lenses with the Trius M26Cs.
Sub number 12 (counting down from the top) is missing as I had cloud over the region during that 5-minutes.
As I couldn’t properly process this data myself, I sent it over to Noel Carboni in Florida USA who did the most superb job as you can see below. Thank you Noel!!
I was blessed by (mostly) clear, Moonless skies at the New Forest Observatory on the night of 19/04/2014.
I set up a single Sky 90/M26C and both 200mm lenses/Trius M26Cs on the asteroid JO25 2014 which was moving through Canes Venatici at the time.
The negative black and white image below shows the asteroid in 5-minute exposures with 1-minute gaps between exposures. The field of view in this image is 3.33 x 2.22 degrees, so you can see the asteroid is really moving through at quite a pace (because it is so close to us).
I was actually in two minds as to whether I could be bothered to go out and get set up that evening as I wasn’t sure whether I was going to get clouded out or not – you cannot imagine how pleased I was that I wasn’t lazy that evening!
As we are entering galaxy season, Leo is well-placed for imaging. So I went for a deep shot of Regulus as I wanted to get the dwarf galaxy Leo I. What I was not expecting to get was this object in the FOV – http://epod.usra.edu/blog/
Thank you Jim at EPOD for continuing to publish my work.
Got today’s EPOD with the recent deep image of the Pleiades.
Thank you Jim at EPOD for continuing to publish my work.
18 x 40-minute subs on the Sky 90 mini-WASP array form the basis of this deep image of the Pleiades taken at the New Forest Observatory.
Got the November 7th 2016 Earth Science Picture of the Day with an image of the North America nebula region taken with the Canon 200mm prime lenses.
http://epod.usra.edu/blog/2016/11/north-america-and-pelican-nebulae.html
Thank you Jim at EPOD for continuing to publish my work.