Astrophotography is an interesting and complex hobby. There is a lot of tutorials on the web but usually they focus on one topic and general overview is what is missing. Such complex astrophotography overview can be handled by a good book - but does books are able to keep up with the flow of new technologies and astrophotography techniques development? I've decided to check it out and ordered few more recent books about astrophotography. Here is a short review of them.
In my look at planetary imaging cameras for 2016 I nominated IMX224 as best color sensor and sensors such as IMX178, IMX265, IMX250 and IMX252 as best mono variants. We are almost half a year into 2019 and those picks are still one of the best if not the best. What did changed and what is upcoming for Solar System imaging? Let’s find out.
Next day and another PC hardware benchmark, product rumor or new CPU specifications, not to mention some OS updates and so forth. But there is PC technology and software that can see and study places where no man has gone before. I would want to showcase to you astrophotography in a hobby form factor. 10 nm may be a cool thing, but 628 743 036 kilometers definitely has more mystery to it.
Solar System imaging on high resolution requires very good setup in order to get good images. The optics, mechanical design, atmospheric conditions - all of that has to line up. I used a 14" Celestron SCT and I had some problems with thermal lag or lowered UV/Blue image quality due to spherochomatism and spherical aberration. I solved them by replacing my SCT with a 14" planetary Dall Kirkham telescope.