Today is podium day!

An international collaboration publishes evidence for "The First Candidate for a Planet in an External Galaxy".

One of the basic skills I did not fully appreciate when I first waded into the deep pool of astro imaging was guiding.

Images of dog-bone shaped asteroid Kleopatra and its two twin moons set the standard for ESO’s upcoming generation of adaptive optics technologies.

In previous articles I covered the early processing steps, like cosmetic correction and linear defect removal. I talked about stacking but missed mentioning star alignment.

Colourful supernova remnants and their white dwarf stars help shed light on some even more massive and mysterious objects.

There are so many beautiful deep space objects to choose from. How does one go about deciding?

Hi everyone! I know I've posted about Starnet before, but I now have a faster and seemingly better way to remove stars from an image.

For those of you who live in a major urban neighborhood amongst Bortle 9+ skies like me, you know the issues with setting up and executing an observing session in your backyard.

After less than a year of investigating the lunar surface, the Chinese probe Chang-e 5 already contributed to an extraordinary find: it sampled the youngest lunar rocks ever.

For those of us that have come through decades of astrophotography processing, the latest software is something of a dream. Rendering time was often measured in hours.

I’ve spent the last few months working to get proficient using Sequence Generator Pro (SGP). For the most part, it’s been a fairly straightforward journey.