The Rosette Nebula has a large angular diameter, making it difficult to fit into the field of a small imaging chip like that in my Mallincam DSm imager. But even parts of the nebula have their own beauty. This image, taken with the DSm and 8 inch Newt, shows dark globules of gas and dust. These globules are being eroded over time by the winds from massive stars in the nebula (such as those on the left side of the image). These globules have the potential to form new stars, but are unlikely to do so as they are swept away by these stellar winds.
The trials, tribulations and small triumphs of a Charlotte, NC astronomer imaging under Bortle 8/9 skies.
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20 Hours of WR 134 with the Seestar S50
This image is a 20+ hour integration on WR 134, which is a highly energetic Wolf-Rayet star. The blue shockwave is oxygen ionized by the int...
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I had a couple of emails asking how to defork an ETX telescope. The ETX 90 and ETX 125 were optically superb scopes, but the mounts left a...
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M17, the Omega Nebula (among other names). M17 is one of the brightest and most massive stellar nurseries in the galaxy. The open cluster o...
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The ZEQ25 doing its stuff on a cold night--imaging the Orion Nebula with an 8 inch f/4 astrograph. Note the lovely Christmas rug :) As ...

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