My Spacelab in Space

Astronomy Pictures

North America and Pelican Nebulae

North America and Pelican Nebulae

The North America nebula and the Pelican Nebula. 20 x 2 min exposures with the Canon 60DA on the Astrotrac, Canon 200mm lens.

California Nebula

California Nebula

The California Nebula in Perseus. Taken with the 60DA, 20 x 2 min exposures on the Astrotrac, with the Canon 200mm lens.

Gamma Cygni Nebula

Gamma Cygni Nebula

The red nebular region surrounding Gamma Cygni (the middle star of Cygnus). 20 x 2 min exposures with the Canon 200mm lens on the Astrotrac.

M31 and its satellites

M31 and satellites

M31 with M32 and M110. Taken with the T2i in my Astrotech refractor. 20 x 90 sec exposures.

Flaming Star Nebula

Flaming Star Nebula

The Flaming Star nebula and IC 410 in Auriga. Taken with the Canon T2i. The “holes” on the right side are because I didn’t do flats. 6 x 4 min subs.

M42 and the Running Man

M42 and Running Man

M42 and the Running Man Nebula. 11 x 3 min subs on the T2i with a 200mm lens at f/4.0. A line of satellites is visible through the middle. They were in every sub.

Very wide field of Orion

Extreme Wide Field Orion

Very wide field shot of Orion. The really bright object on the left is Jupiter. Lots of other constellations are visible including Gemini, Lepus and Taurus. 20 x 3 min shots with a Tokina 16mm lens with the Canon T2i.

Veil Nebulae

Veil Nebulae

Veil Nebulae in Cygnus. It’s a blueish image because I was using an LP filter. Should’ve have done that!

Auriga Wide Field

Auriga Wide Field

Wide field shot of Auriga. M37 is barely visible at the bottom, the Flaming Star nebula is in the lower right. Next to that is M36 and M38. 12 x 5 min subs with the Canon 60DA, 50mm, f/4.0 on the Astrotrac.

Cassiopeia Wide Field

Cassiopeia Wide Field

Wide field shot of Cassiopeia. Large Milky Way region. The Pac-Man nebula is in the middle right and NGC 7822 at the upper left. Lots of clusters around here, too. 12 x 5 min subs, 50mm ISO800 f/4.0 on the Astrotrac.

Flame Nebula and Horsehead Nebula

Flame and Horsehead Nebula

The Flame Nebula and the Horsehead Nebula. Taken with the Canon 60DA, 21 x 3 min subs, ISO 800.

Jellyfish Nebula region

Jellyfish Nebula Region

The Jellyfish nebula in the center, the Monkey’s Head nebula in the lower left and M35 in the lower right. 9 x 4 min subs, 200m lens, f4.0 on the Astrotrac.

Rosette Nebula

Rosette Nebula

The Rosette Nebula in Orion taken with the Canon 60DA, Astrotech refractor, 12 x 3 min subs. Stacked with DSS and processed in Photoshop.

Star Trails

90 Minutes of star trails.

star trails

Sunspot AR-1726


Arizona Trip Part 9, Guided Takahashi Shots

[NOTE: For the most part, if a preview image looks bad, it’s because of the way WordPress is compressing the full image. Click for a better picture.]

Before I get to the pictures, I wanted to mention that I got to use a new Canon 60DA for these shots. This is a camera designed with astrophotography in mind. The mirror-release is extremely quiet, there is very low light during shooting and it is more sensitive in several wavelengths of interest to astronomers. I’m seriously considering buying one.

So the one bad thing was that we had to use a cable release instead of an intervalometer or a computer. That meant someone had to monitor the shots. Almost all of them were made up of 3 3 minute exposures at ISO 3200.

The first object we went to was the Leo Triplet (M65, M66 and NGC 3628). M65 is the lower one. It has a recent supernova in it. It’s the star on the left side of the galaxy.
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Next, I went to nearby M95 and M96. I was hoping to get M105 in there as well, but it didn’t make it in:
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I went to M101 next. This was four shots. The other bright galaxy, NGC 5474 intrigued me. Turns out it’s a dwarf galaxy.

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Markarian’s Chain was next. I did four shots here. There is a huge number of galaxies visible in here.

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M104, the Sombrero Galaxy came next. In spite of the wide field, the Sombrero shape is clear.
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Next came M51 and its companion NGC 5195.

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I then did M16, the Eagle Nebula (four shots). The color really dazzled in these shots straight off the camera.

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Then the objects I was dying to get a good picture of, M8 and M20. I think these were my best shots of the night.

M8 and M20

Then I did the Pipe Nebula, in Ophiuchus. On reflection, this would’ve been better in the 200mm, but I got a great shot of the bowl portion of this dark nebula. This was only two shots.

Pipe Nebula
I did the North America Nebula next. I tried this out the last time I was here and wanted to compare. This was only two shots.

North America Nebula
I ended the night with M13. This was just a single shot! Amazing clarity here.

All in all, this night was probably the best night I’ve ever spent under the stars. Totally¬† worth the money. Thanks to the people at Kitt Peak, specifically Emily, who runs the observing programs and John who was our guide.

Arizona Trip Part 8, Guided Canon T2i Shots

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The Astrotrac is an amazing tool for taking wide-field shots. It’s compact, can easily go on a plane, and will give you 5 minute shots with good polar alignment. I borrowed mine from a friend in the local astronomy club. Near the beginning of the night, I was having a lot of trouble getting it aligned properly. I only got a few shots taken before my laptop battery was near death. None of them were really worth processing. I ended up setting up for the rest of the night on the patio next to the visitors center, which is where the 20″ RC was. Thankfully, there was a power outlet there!

For the most part, I stuck with the 50mm lens. First, I got the region around Corvus. Six four-minute subs at ISO 1600.

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This was right around the time the NOP ended and my AOP started, so there was a little break. The next one I did was a wide field of Virgo. Lots of galaxies are visible in this image. Same camera settings as above.
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There was another break of about an hour while I waited for interesting stuff to rise. The following shot of M11 was a stack of ten 2-minute shots at ISO 1600 with the 200mm lens.
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By this time, Sagitarrius was starting to rise and was dazzling. Here’s a wide-field with the 50mm. 60 seconds at ISO 1600.

Sagittarius Scorpius Wide Field

I then decided to do some 200mm shots of the very nebulous regions of Sagittarius and nearby constellations.

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The last shot I did on the mount was of the two Veil Nebulae, in Cygnus. This was 6 4-minute shots with the 200mm lens at ISO 1600.

Veil Nebula

The next post will contain my pics through the Takahashi.

Arizona Trip Part 7, Kitt Peak Unguided Astropics

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The night starts around sunset. While you don’t participate in the NOP, you ought to watch sunset, then hang around for the stars coming out. Pretty quickly, I realized just how much darker this place is than Maryland! Unless specfically mentioned, f/4.0 was used for all shots.

At sunset, there’s a perfect view to the west, where you can watch and hope to see a green flash. I’m still kicking myself for this, but I forgot that my camera does HD video, so I tried capturing it with regular photos. I made an animated GIF of them, which you can see below the regular sunset shot. The next-to-last photo might show a hint of green.
Sunset 1


The stars gradually started to come out.

Sunset View

Sunset View 2

The next thing I wanted to try to get was Comet PanSTARRS. It was within just a few degrees of Andromeda that night, so I decided to try it out. One of the guides thought it couldn’t be done, but I got a shot of the comet a few weeks ago and figured I could do it. This shot is with my 50mm lens, ISO 200 for 5 seconds.

M31 and Panstarrs Wide

The second one is a stack of 6 images, ISO 6400 for 2 seconds.

M31 and Panstarrs
After this, while I waited for it to get fully dark, I shot some wide fields of various constellations with domes in the foreground. These were unguided and 13 second exposures. The first is ISO 800 and of Orion and the Pleiades.

Orion and Pleiades

The second is Orion on the other side of the dome.

Orion over Dome
The last shot I got before heading down to set up my Astrotrac was of the Zodiacal light. It is caused by sunlight scattering space dust and is visible just after evening twilight and just before morning twilight. It is impossible to see this from a non-dark site. I easily saw it both evening and morning.

Zodiacal Light

Throughout the night, I took a few other unguided shots with my T2i. Up near the 16″ RC is a platform that you get a great view to the south. I got the following early in the evening. I was most interested in Vela since we can’t really see it from Maryland. This was ISO 1600 for 13 seconds. I’ve labelled the constellations.

Solar Scope Vela Labels

I also took Omega Centauri and Centaurus A later in the night. This was 5 seconds at ISO 1600. Also visible is the radio galaxy Centaurus A.

Omega Centauri

Also a wide-field of Centaurus, labeled. ISO 1600 for 13 seconds.

Solar Scope Scorpius Centaurus

Near the end of the night, I got Sagittarius and the Milky Way passing through it. Same settings as above.

Sagittarius Wide
The moon rose around 4 AM and Mercury rose around 5 AM. I got them both in this shot with my 50mm (ISO 800, 3.2 seconds).

Moonrise Wide
Those were all the unguided shots I took. Next onto those I got with the Astrotrac.

Arizona Trip Part 6, Kitt Peak Non-Astro Pics

After our Picacho Peak hike, we made our way to Kitt Peak National Observatory, about 50 miles west of Tucson. A friend tried out their Advanced Observing Program about ten years ago and highly recommended it. The basics are that for $700 you get to spend the night at Kitt Peak and use either their 16″ RC or their 20″ RC most of the night. You have a guide who is there to operate the telescope and facilitate your every need. If you
are experienced, you can bring an observing list. Otherwise, the guide will know some good things to look at. Visual observing and photographic observing are possible. You are allowed to use your own camera, but they just got some Canon 60DAs which work amazingly well. They also have webcams for planetary imaging and CCD cameras. I’d point out the “finder scopes” on these RCs are very nice refractors. The 16″ has a 140mm TEC and the 20″ has a 106mm Takahashi FSQ. From sunset until a little while past twilight, the Nightly Observing Program (NOP) is running. This is a free event, open to the public, and is similar to what you’d get at any telescope, only under better skies.

The mountain actually closes for the night, to keep car headlights away from their pristine skies so room and board are provided in the $700 AOP package.

My first attempt at an AOP was in July 2007, when I was in Tucson for other purposes. Unfortunately, the monsoon season was getting ready to start and the skies were mostly cloudy all week long. When I completed my PhD in 2009, my parents gave me an AOP as a graduation present. I was not able to cash in on this until October 2011, when my brother and I spent the night. It stayed clear until about 3 AM when clouds rolled in. Earlier this year, I decided to do another AOP, around six months after my first one, so that I could see the other half of the sky. They recommend you book two months in advance. One thing they tell you is to plan to spend more than just one night in the area so that your trip isn’t a complete waste if there are clouds that night. You don’t have to pay the full price if there is a cancellation because of weather, however, in 2007, I was told the choice was up to me, and if they guide comes up to the mountain, you have to pay, regardless. In addition, they will try to make accommodations in case a different night looks more promising.

That happened with my AOP this time around. I was originally going to observe on Sunday night, but the weather forecast was making me nervous. Throughout the week, the National Weather Service was predicting partly cloudy skies. I’ve learned that “partly cloudy” can mean anything from completely clear to completely overcast. A few
days in advance, I called the program coordinator and asked if I could switch to¬† Saturday night, which had more promising weather. Within a few hours, she was able to call my original guide, and get the night switched. It ended up working out better for the guide anyway. Then Saturday morning, I got a call from our guide. He said, “I have some potentially bad news. It turns out the 16″ you were going to use is booked tonight. Would you be willing to use the 20″?” Of course I would! Now, to be honest, I was planning on imaging through the refractor anyway, and that meant switching from a TEK to a Takahashi, an awesome trade.

We raced from Picacho Peak to the mountain, arriving at the base around 3:30.

Kitt Peak Entrance

It was about a 20 minute drive to the top, with breathtaking views, including the telescopes. We checked in, had dinner in the cafeteria there, and waited for the AOP to start. I’ll blog about that part of the night in great detail later, but the punchline is that I was up until about 6 AM and got some awesome views. The next day, we woke up around 10 AM and toured some of the larger scopes on the mountain. The first one is the solar scope, which is actually dug into the mountain.

Nearby, there’s also the 2.1 meter telescope.

On the way out, there’s the 4.3m Mayall telescope. At one time, it was the second largest working telescope in the world. It’s at just about the highest point on the mountain, so the views are spectacular.




The drive down is pretty, and a little disappointing that you are leaving one of the best sites in the world for astronomy.

Next up, the astropics!

Venus Transit 2012

June 2012 Venus Transit

June 2012 Venus Transit

2012 Venus Transit

2012 Venus Transit










M1, The Crab Nebula

M1, the Crab Nebula

M1, the Crab Nebula