This insanely detailed scene of a portion of our universe has so many famous stars and nebulae in it! Let’s dive in!! Starting on the far upper left, toward the constellation of Auriga, is the picturesque Flaming Star Nebula (IC 405). Continuing down along the bright arc of our Milky Way Galaxy, from left to right crossing the constellations of the Twins and the Bull, notable appearing nebulas include the Tadpole, Simeis 147, Monkey Head, Jellyfish, Cone and Rosette nebulas. In the upper right quadrant of the image, toward the constellation of Orion, you can see Sh2-264, the half-circle of Barnard’s Loop, and the Horsehead and Orion nebulas. Famous stars in and around Orion include, from left to right, orange Betelgeuse (just right of the image center), blue Bellatrix (just above it), the Orion belt stars of Mintaka, Alnilam, and Alnitak, while bright Rigel appears on the far upper right. This region was captured on 34 separate images, taking over 430 hours of exposure, and digitally combined to reveal the featured image.
The Perseids are a prolific meteor shower associated with the comet Swift–Tuttle. The meteors are called the Perseids because the point from which they appear to hail (called the radiant) lies in the constellation Perseus. The name is derived from the word Perseidai (Greek : Περσείδαι), the sons of Perseus in Greek mythology.
What we see as “shooting stars” is actually a cloud of debris – tiny pieces ejected by the comet Swift-Tuttle, as it travels along its 133 year orbit around the sun. These particles burn up in the earth’s atmosphere at around 80 km height. They are visible every year from July to August and reach maximum activity between August 9-14, depending on the location of the stream. During the peak, the rate of meteors reaches 60 or more per hour.
They can be seen all across the sky; however, because of the shower’s radiant in the constellation of Perseus, the Perseids are primarily visible in the Northern Hemisphere. [from Wikipedia]
Shown above are photos from my first attempt at capturing the “Perseids”. They occurred in pretty much all directions and I saw some brilliant trains high in the sky as well as fireballs just short above the horizon line. But it was difficult to photograph them.
I set up the camera towards the North East and the constellation Perseus, with the widest angle available (f 18 mm) and 30 seconds exposure time. And then I spent the following 2 hours pressing the shutter every 30 seconds…
The camera did capture a few Perseids as well as plenty of planes. The difference is that a plane shows a twofold and non-continuous light trace (because the plane lights blink periodically) whereas the train of a meteor shows as a thin, continuous bright line on the photo.
Later that night Auriga rose in the North and the Pleiades became visible in the North East. The camera caught a small train directly above the Pleiades.
Around 2 am the sky started to cloud and my photo session ended.
Lunar Eclipse, July 27th 2018 Mars appears… Lunar Eclipse, July 27th 2018 Lunar Eclipse, July 27th 2018: the moment the moon exits the earth’s core shadow, with Mars to the lower right End of lunar eclipse, July 28th 2018: still some shadow visible as well as a wonderful view on the moon’s surface structures
My impressions from the lunar eclipse and Mars opposition that occurred July 27th 2018,…
