Up Close & inside the California Nebula Complex.
The California Nebula (NGC 1499) is an emission nebula located in the constellation Perseus. It is so named because it appears to resemble the outline of the US State of California on long exposure photographs. It is almost 2.5° long on the sky and, because of its very low surface brightness, it is extremely difficult to observe visually.
The nearby energetic O7 star, xi Persei is responsible for the fluorescence of the nebula, due to excitation of the Hβ line. The California Nebula is also known as Sharpless 220 and is located about 1,000 light years from Earth. The California Nebula was discovered by E. E. Barnard in 1884.
This is my extreme close-up shot of it, literally looking inside near the center section the California Nebula Complex, you can also see the elusive black Jelly Fish, an opaque dark black molecular dust cloud near the bottom. A tremendous amount of details are visible within the California Nebula cloud..
I captured this image from my backyard observatory in Dayton, Ohio over 3 nights 09-17, 09-21, & 09-22 of 2017 of light gathering for a total of 7 hours & 15 minutes of exposure time, using my 6 inch diameter F5, Newtonian Scope & a ZWO 174MM cooled Cmos camera in HA, S2, O3 lines Mapped out to RGB.
Here is my Final Master Piece Image showing The 2017 Total Solar Eclipse during Totality in a 5 image HDR, High Dynamic Range.
Blow it full screen and look at the details. also stand back from the Monitor and check it out from a distance too, not just close-up. It looks 3D to me…with the Earth-shine Moon, you can barely see the moons surface features, due to reflected light from Earth, The suns edge with Pink Prominence’s, with Inner Coronal loops and full outer Corona Details. The Brightest star in Leo “Regulus” is in the Upper left of the Frame. This is my best Totality image to date! FCD 100mm Diameter Explore Scientific Triplet APO Refractor (714mm FL), & Canon 6D DSLR, August 21, 2017 The Samford Homestead, Hopkinsville, KY.
My Personal Best Image to Date!
Another nice Solar Eclipse image here is a short exposure I did to catch the “Solar Prominence Activity” on the edge of the Sun during totality! Several large ones. Capture in Hopkinsville, KY
NGC7635 The Bubble Nebula
Certainly my best shot of the Bubble Nebula complex to date!
Lots of detail in this one!
It is an enormous bubble being blown into space by a super-hot massive star!
This was a 10 Hours of exposure through Astronomik 7nm & 6nm Narrow Band data Mapped out to RGB. Captured over 3 nights from my backyard observatory in Dayton. 6″ Celestron Newt.,Coma Corrector, & ZWO 174mm Cooled CMOS Camera, Nebulosity, Pixinsight, & Adobe CS.
NGC 7635, also called the Bubble Nebula, Sharpless 162, or Caldwell 11, is a H II region emission nebula in the constellation Cassiopeia, The “bubble” is created by the stellar wind from a massive hot, 8.7th magnitude young central star, SAO 20575.
The Bubble is located in front of the HII Emission Region. It is located about 7000 to 11000 light years from Earth.
Saturn is nearing Opposition, and is looking good all night long now…So go out and look it low in the South, Saturn is only ~ 21 degrees above my Southern Horizon in Dayton, Ohio, but still looks great in a telescope.
Here is another Shot this time Close-up of Saturn with the (11th magnitude Icy Geyser moon) Enceladus ,captured on 06-09-2017 from my backyard Observatory in Dayton, Ohio.
I used a Televue 5x Barlow & QHY5IIL Cmos Camera attached to my old orange tube C8, testing the magnification limits of my little 8 inch diameter scope.
The exposure times were longer than usual through RGB filters, as Saturn got very dim when magnifying that much with the 5x Barlow. I can only do this on nights of decent stable seeing, but it was cool to see it fill my screen.
Not bad for being so low on the Horizon and for an object that is 1.275 billion km or ~ 792 million miles away.
Saturn rises after dark in the South East each night, but is at its highest point in the South by about 2:00am …look for that bright Yellow Star due South.
I hope we get many more stable seeing nights during this Saturn Observing Season!
Saturn nearing Opposition…
Seeing was half way decent last night..060917..after 1:00am I captured some close-ups of Saturn near Opposition
…a few more days to Opposition, but you can see the shadow of the Rings on the front of Saturn’s Cloud-tops,
…and also the Shadow of Saturn’s Disk laying across the rings directly behind the top of the disk giving it the “cat ears” look!
When Planetary imaging you have two basic options…shoot with a single shot color Camera, or Shoot with a monochrome(B&W) camera and use a Filter wheel with three primary colors Red, Green, & Blue to combine them later for a full color image. I happen to prefer the Monochrome & Filter wheel, simply because it is a little better at resolving the finer details, but it is more work than with a single shot color camera.
The Best steady seeing I’ve experienced in a while here in the Midwest, the More stable it is the more details I can pull out of the image, hopefully we get more steady nights like this.
Captured from my backyard observatory in Dayton with my C8 SCT Scope & QHY5IIL monochrome Cmos Camera & 2x Barlow, Astronomik RGB Filters, AS2, Registax6,RGB combined in Maxim DL, & CS2017. 3400 Avi frames with Firecapture.
Saturn Near opposition 06-09-2017
BTW Saturn is rising low in the Southeast after Dark. Don’t forget to look at Jupiter high in the South right at Dark too!
Sinus Iridum aka the “Bay of Rainbows” is a plain of basaltic lava in the Northwestern portion of Mare Imbrium on Earth’s moon.
It is surrounded by the rugged Mountain Range known as Montes Jura.
Sinus Iridum was formed from the remains of a large impact crater, which was then flooded with basaltic lava, inundating the “sea” wall.
The Bay of Rainbows spans 236km or 146.64 miles across.
If you were to drive across the Bay of Rainbows at 60mph, (assuming no crater sized potholes, LOL!!) it would take ~ 2 hours and 26 minutes.
Roughly the distance from Dayton, Ohio to Versailles, Kentucky, or Dayton, Ohio to Nashville, Indiana.
This bay and the surrounding mountains is considered one of the most beautiful features on the Moon, and is a favorite among lunar observers.
It is one of the features on the Moon that can be seen with the unaided eye.
C8 Telescope & ZWO ASI 224MC Color Camera, 600 frames stacked in Registax 6, at my backyard observatory in Dayton, OH.
Jupiter with 3 moons Europa, Io, & Ganymede, The GRS (Great Red Spot) was getting ready to go around the Limb, the 4th Moon Callisto was way off the field of view!
The Great Red Spot (GRS) is a persistent anticyclonic storm, 22° south of Jupiter’s equator. observations from Earth establish a minimum storm lifetime of 350 years.
The GRS winds speeds top out at about 400mph.. and is 2 to 3 times the size of the Earth!
I tested out the ZWO 224MC single shot color camera on my 8inch SCT to see what it can do, …Seeing was okay at prime focus, but any magnification you could see the Earth’s atmosphere boiling. so will try to Barlow it up on the next night of stable seeing.
Caldwell 38 or NGC-4565 Edge on Spiral Galaxy, shining at magnitude 10.4,it is located at 30 to 50 million light years away in the direction of the constellation of Coma Berenices. Nick named the “Needle” Galaxy due its thin edge on profile. It was discovered by Sir William Herschel in 1785.
The central bulge of NGC-4565 is thought to have about 240 globular star clusters hovering around it, far more than our own Milky Way Galaxy.
The really cool thing is that if we were to back away from our own Milky Way galaxy and go about 50 million light years out and then look back we would look similar to this galaxy. The NGC4565 Galaxy is even more luminous that Andromeda, but is about 25 times more distant.
The smaller spiral galaxy to the upper left is NGC-4562, and there are several other little galaxies visible in the background as well.
NGC-4565 Certainly is one of my favorites to look at in my telescopes.
I captured this image from my backyard in the city of Dayton, Ohio with my Celestron 6 inch Newtonian Telescope, & ZWO ASI 174MM Cooled monochrome Cmos Camera with a 2 hour exposure.