This dark nebula in Orion is a fitting target near Halloween! 21 hours total exposure on this one, through L, R, G, B, and Ha filters. Although it’s a dark nebula, there’s plenty of glowing Hydrogen in this area as well for it to stand out against.

This is a very faint planetary nebula about 1800 light-years away in the constellation Lepus. The white dwarf at its center is what’s left of a ten billion year old star that blew itself out about 20,000 years ago. Over 33 hours of HOO exposure on this. I’ve seen prettier pictures of it, but I…

About 20 hours on this one – it’s LRGB with Ha added in, so a little tricky to process. I also separated the stars from the nebula toward the end, so I could boost the contrast of the nebula, dust, and emission more. There’s a little bit of everything in this – emission nebula, dark…

The Crescent Nebula has long been one of my favorites, but I hadn’t imaged it in years. Well, let’s see what happens when we through over 40 hours of narrowband exposure time at it under dark skies, using better equipment and software. I’m REALLY happy with the result! The Crescent Nebula is gas blown out…

This “HII region” of Hydrogen is really faint, and hasn’t received a catchier name than SH2-223. Let’s call it the Rose Nebula! It took over 23 hours of 30-minute subexposures to pull out this detail. Originally thought to be a faint supernova remnant, astronomers later changed their mind and it’s just now classified as a…

Not much has been written about this object – I think its brighter neighbors in the Cygnus molecular cloud, such as the North American Nebula, steal attention from it. But I think it’s one of the more photogenic nebulas in the sky, and you really do see an angry-looking Longhorn pushing through the clouds if…

It’s been a long time since I targeted the Veil Nebula – it’s so bright that it’s hard to screw up, so what was the point? But it’s definitely looking a little better using newer equipment, software, and darker skies – plus my processing skills are a little better. Looking back at my original images…

This pair of dark nebulas can be found in the constellation Cepheus. They are structures of dust, and in their densest parts you can see the glow of newly forming stars punching through it! There are even some red Herbig-Haro objects in LDN1228 on the left, which are jets shooting out of newly forming solar…

The “Flaming Skull Nebula” (SH2-68) is an old, dim planetary nebula that’s about 40,000 years old. What makes it unique is its structure; it is the fastest-moving planetary nebula measured, and as it moves through the intersteller medium, its gases are getting mixed into the galaxy – leaving a trail behind. Not to brag, but…

This notoriously dim supernova remnant in Cassiopeia is formally known as CTB1. It took 46 hours of exposure time – most of that narrowband through Hydrogen and Oxygen filters – to pull out this detail. I’m pretty proud of this one; it holds its own amongst the better captures of this object. As usual, I…

This rarely imaged… thing… is the mess left behind by the hottest star in our galaxy: WR-102, one of only four known Oxygen-sequence Wolf-Rayet stars in the Milky Way. It’s already burning Helium – maybe even past that point – and is about to go supernova. It’s located within the rich starfield of Sagittarius, looking…

Like most globular clusters, M15 lies outside the plane of our galaxy, but is part of it – likely a remnant of the Milky Way’s original formation; a cluster of stars that just never got mixed in with the rest of the galaxy. M15 is one of the oldest, somewhere around 13 billion years old….

About 45-50 million light-years away, the Splinter Galaxy (AKA Knife Edge Galaxy or NGC 5907) caught my attention because it has a complex stream of stars surrounding it, resulting from a dwarf galaxy spiraling into it. That stream is very faint and wasn’t even known until 1998, but I managed to capture some of it…

This is a challenging and faint object, only discovered in 2011 by an amateur astronomer! The “squid” is believed to be doubly-ionized Oxygen pushed out from a hot triple-star system at its center, sitting within that larger region of red ionized Hydrogen. Whatever its nature, it’s one of the most unique objects in the night…

This year, I revisited M51, the “Whirlpool Galaxy.” Having seem some images of this with hundreds of hours of exposure time that pulled out features I never knew were there, I wanted to give it a go myself. This image incorporates over 139 hours of exposure time – but honestly, it doesn’t look much different…

Here’s my latest image of M81 and M82, Bode’s Galaxy and the Cigar Galaxy, respectively – together they are sometimes called “Bode’s Galaxies.” I’ve imaged these many times over the years; in fact M81 was one of the very first deep sky objects I attempted to photograph like 10 years ago. I’m happy with this…

Maybe this isn’t the prettiest object in space, but it’s among the most interesting when you really look at it. The “Embryo Nebula” is a star-forming area, and you can really see it happening here. Those red streaks are Herbig-Haro objects, jets of gas shot out from spinning disks of gas that will become new…

This is my first “dark nebula” – a cloud of dark dust obscuring the Milky Way behind it. You need dark skies to capture these things, which my remote setup in central Texas now provides. Well, at least when the moon isn’t up. Formally LDN1235, this is actually a much larger object that extends further…

Lit up by the bright star Rigel in Orion, the “Witch Head Nebula” is a cloud of dust that reflect blue a little bit more. Unlike emission nebulas that emit their own light from ionized gases, this just reflects the light of Orion – although there *is* some ionized Hydrogen in the background, which you’ll…

Commonly known as the “Tadpoles Nebula” for obvious reasons, this is somehow my first time imaging this one! Shot in narrowband / Hubble palette remotely from Starfront Observatories in Texas. Focusing in on the “Tadpoles” makes for a more interesting image, but here’s the wider field shot it was cropped from, which is also fun…

I’ve imaged the Rosette Nebula several times, but this is the first from the dark skies of Central Texas and with some better optics as well. I took a lighter touch on the processing this time, since the data was better – and it results in a smoother, more natural look than previous takes.

I shot this object in a few different ways. Here’s how it looks in pure “LRGB” light – how it would appear to the eye in its natural wavelengths, if your eyes could detect color on something so dim! And here’s a narrowband take on this same object. Notice that the structure of its core…

This one’s also known as the “Silver Sliver” Galaxy, or more formally NGC 891. It’s about 30 million light-years away, well beyond our own local group. It’s thought to be quite similar to our own Milky Way! What I really geek out on, though, is the wider views here – there are so many other…

Here’s 20 hours of exposure time on the Pleiades in Taurus… a lot of people call this the “little dipper” since it does look like a tiny one to the eye, but the little dipper is a larger constellation. Although it’s known as the “seven sisters,” in fact it’s a cluster of a thousand or…

Both on Earth, and in space! While we prepare for a year or two in California, I trained Scopey von Scopington on the California Nebula for a few nights. Pretty obvious how it got its name! This is a two-panel mosaic, consisting of narrowband SHO data for the nebula and broadband RGB for the stars….

My first image from Starfront Observatories in Central Texas! They’ve been fantastic to work with so far, and I’m really stoked to be able to image remotely from anywhere, under clear, dark skies. While collecting data on M33, the “Triangulum Galaxy”, I was still fine-tuning everything and figuring things out – so there are things…

There’s a reason I’ve been quiet lately – we sold our house and are in the process of moving to Los Angeles! Also, Florida’s weather hasn’t been terribly cooperative either. The sad news is that we had to leave the observatory behind, and I donated its equipment to the Central Florida Astronomical Society, as LA…

Busted out the solar telescope, now that fall has finally come to central Florida and the weather’s nice again! We’re still in the midst of a solar maximum, and today’s flares did not disappoint. We kept the ‘scope out all day, and observed a smaller flare seen across from the big ones turn into a…

The galaxies NGC4567 and NGC4568 are colliding 60 million light-years away. This is really pushing the resolution limits here; we had good “seeing” last night meaning not a lot of turbulence to smear out the light reaching my telescope, and I carefully collimated and calibrated things prior to imaging last night. About as good as…

Messier 88, within the constellation Coma Berenices, is part of the nearby Virgo cluster of galaxies. And by “nearby”, I mean 50-60 million light years away! The light we’re seeing from this galaxy originated from the time of the dinosaurs. Telescopes are really time machines. There are many other galaxies surrounding M88, both smaller and…

This edge-on spiral is around 40 million light-years away within the constellation Coma Berenices. Lots of satellite and background galaxies to explore around it! Zoom in, and travel back in time – hundreds of millions of years.

Within the constellation Corvus, two galaxies are close to merging together into one… leaving two tails behind from the original galaxies. About 45 million light-years away. Our own galaxy may suffer a similar fate, should it collide with the Andromeda Galaxy in the distant future.

A nebula that looks like its name! Formally SH-308, this bubble of gas 60 light-years across is blown out by a hot Wolf-Rayet star at its center. It’s about 4500 light-years away in the constellation Canis Majoris. It’s quite dim, but if you could see it with bionic vision or something, it would be larger…

Domey McDomeFace’s days are numbered, I’m afraid! Our property is up for sale, and hopefully its new owner will continue to use it to produce amazing images of their own. Meanwhile, I’m taking advantage of every clear night I can, while we’re still here. Here’s one of my favorite objects: “Thor’s Helmet” or NGC2359. Like…

This is my first attempt at a mosaic… basically stitching together three views of an object that’s normally too large in the sky to fit within the field of view of my telescope. It came out alright! We’ve had a great run of clear nights the past few weeks in Florida, and I’ve invested just…

The Bubble Nebula still has a soft spot in my heart… it’s what really got me going with astro-imaging years ago. It’s just such a fascinating, gorgeous object and it really inspired me the first time I saw it. Here’s my deepest exposure of it yet: over 20 hours of exposure time, in the “Hubble…

This solar cycle has been quite a bit more active than forecast. It motivated me to up my game a little bit with solar imaging; this is my first image with a “double stack” setup that results in narrower filtering on the Hydrogen-alpha emissions from the sun. Lots and lots of prominences, filaments, and sunspots…

The Pelican Nebula frankly isn’t a very attractive object as a whole, but if you crop it down to its heart, there’s a lot of interesting stuff going on. Look for little puffs in the image, or areas with spikes coming out of them. Those are Herbig-Haro objects – stars that are still in the…

Somehow I’ve neglected to go back to one of the showcase galaxies of the spring sky with newer equipment and software: M101, the “Pinwheel Galaxy.” Located about 21 million light-years away within Ursa Major, this relatively close galaxy shows lots of active star-forming regions revealed by red HII gas. Those red spots are nebulae in…

That massive sunspot group rivals the size of the one that triggered the Carrington Event in 1859. So far it has kicked off some large coronal mass ejections heading our way, but fortunately nothing on that scale. Let’s hope we just get some pretty auroras from this, and nothing more damaging!

Combining 25 hours of data shot over two years, here’s M64. It’s an odd one, with counter-rotating disks that seem to have funneled all that dust in the center there. They think it’s the result of a merger of two galaxies that were spinning in opposite directions. Located about 17 million light-years away, in the…

I wasn’t able to travel to the path of totality, but here from Florida we still had a partial eclipse. Here’s my shot at its peak, viewed through a special solar telescope using a Hydrogen-Alpha filter to bring out all the roiling detail of the sun’s surface. Check out those prominences around the edge!

It’s been awhile since I imaged the “Leo Trio” (aka Leo Triplet) of galaxies: M65, M66, and NGC 3628. I wanted to see if my latest equipment, software, and somewhat darker skies made a difference. I’d say so… this is a total of 25 hours of exposure time, including some Hydrogen-alpha filter data to pull…

Located 63 million light-years away in the constellation Coma Berenices, M91 is part of the Virgo cluster of galaxies – and if you zoom in and explore this image, you’ll find many other galaxies surrounding it, and also far in the distance beyond it.

Last weekend, I hosted an astrophotography workshop on lunar photography for our local astronomy club. Tonight the skies finally cleared, and I got to apply what was learned! Here’s our lunar neighbor, in hi-res glory.

Spent a couple of nights imaging these distant galaxies; the spiral in the upper-left is NGC2336, and the other is IC467. Galaxies this faint and distant generally don’t have catchy names! NGC2336 is 100 million light-years away. Think about that – you’re looking 100 million years in the past. The light we captured started its…

Here’s IC417, commonly known as the “Spider Nebula.” Just outside of the frame is a smaller one called the “Fly Nebula,” but my field of view isn’t quite big enough to capture them together! It’s about 10,000 light-years away, in the constellation Auriga. Imaged over 15 hours; narrowband nebula blended with RGB stars.

The “California Nebula” (NGC1499) does actually kinda look like California, if you look at the whole thing. But the whole thing is too big in the sky to fit within the field of view of my telescope. So, here’s an interesting portion of it near one of its ends at least. From this angle, it…

A lot of things have to come together for a good image of the planets. The air needs to be as still as possible, the planet you’re imaging needs to be as directly overhead as possible, and the planet itself should be as close to the Earth as possible. And then, all your equipment has…

This image really blows my mind – this is the reflection nebula NGC1333 in Perseus. The blue part is reflected gas and dust from the star that’s lighting up – that’s nothing too unusual. But check out the little red blobs above it. Many of those are “Herbig-Haro” objects, formed by jets spewing out from…