July 31, 2023
Sol (July 31, 2023)
I am thinking of the upcoming eclipses. This is 1/4000, a single frame, with a Canon T3i and a SW80ED, processed in DPP and PS.
June 27, 2023
NGC 1555, Hind's Variable Nebula (data from 2021)
I've wanted to collect on this target for a long time. It's actually positioned over my latitude, but it can't be shot from the suburbs easily. I tried to shoot this once and only collected the brightest part of the nebula in a noisy and grainy stack. So someone else whose telescope is in the southwest Utah desert collected this data, and this is my rendition.
This is 100 minutes of Lum combined with 50 minutes each of RGB from Starbase's ATEO-1 telescope, a 16" f/3.7 Dream Aerospace Systems reflector.
March 1, 2023
M65 (Spring 2021)
M65 is a favorite to observe and to image. I saw the galaxy a few nights ago from my backyard with a 6" telescope at 120x. It's thrilling to see light that has traveled 35 million light years, or so, and realize it hits my own retina.
Here is an earlier image with a 10" reflector:
https://polarisb.blogspot.com/2012/02/m65-ngc3623-feb-25-2012.html
And another in 2019 with an 8" reflector:
https://polarisb.blogspot.com/2019/04/m65-sprin-2019.html
This latest image is from very fine AG Optical data: 22 x 300 each of RGB and 81 x 300 of Lum. It's better data than I've used in the past, and it's better color.
February 15, 2023
M35 & NGC 2158 (Feb. 2023)
I tried several times to see NGC 2158 with a telescope from the suburbs. My wonderful 6" f/8 would only show me one star. My C8 would show me that star and hints of two others. My CFF 290 Classical Cassegrain would show me those three and a glow with averted vision, on the night I tried it. With a camera on a small scope, the cluster stands out. This is just 16x600" with the Atik 460EXC through the SWED80 at f/6.375. I am always impressed with the optical quality of the ED80, and the flattener/reducer does a superb job.
January 28, 2023
NGC 663 (Sept. 2022)
M38 and NGC 1907 (Jan. 2023)
This is 19x600" with the Atik 460EXC and LPS-P2 through the SW ED80. Which is better, the more stretched shot or the less stretched one? The less stretched one is closer to what the area looks like through a large telescope. The more stretched one shows stars as deep as 17th magnitude.







