I always walk outside with her and look up to the sky. Usually the sky is just okay, but this time I could see the Milky Way, or is that a cloud? I hurriedly rushed to the Telescope Room - Yes, I have one of those! - and grabbed my 20x80 Celestron binoculars. I quietly ran outside, grabbed a patio chair, sunk down deep with my head on top of the back of the chair, and randomly scanned the sky above me!
So...Many...Stars! Stars filled my field of vision like brightly shining diamonds against a background of black velvet. Wow! I hadn't seen so many stars since my last trip to Sedona's dark skies a few years ago. Actually Sedona was better, but this wasn't too shabby for urban skies! I scanned the skies until my arms hurt. Galaxies, any galaxies. I looked for the Andromeda galaxy, but it was too low and hidden by my neighbor's house. I then turned toward Ursa Major and Canes Venatici for M51, M81, M82.....nope! I took a small breather in the chair and then began to search for a few objects.
Date for all these observations: June 02, 2021 in the wee hours!
Time: 0100 hours
Apparent Magnitude: 8.4
I'm pretty sure this is what I saw. I kept running into it while scanning Ursa Major for galaxies. It looks brighter than I thought it would. They looked white to me and of equal brightness.
Time: 0107 hours
Mizar/Alcor: Sometimes known as the Horse and Rider. A binary pair in Ursa Major.
Mizar is AKA Zeta Ursae Majoris. Alcor is AKA 80 Ursae Majoris. Apparent Magnitudes are 2.27 and 3.99 respectively.
I could not split Mizar, but of course I could easily see the star a little offset between Mizar and Alcor known as Sidium (Sidus?) Ludovicianum, or Ludwig's Star, named in honor of Ludwig V of Hesse Darmstadt. (1577 - 1626)
I then turned my chair around toward the Southern sky and some of my favorite
Time: 0112 hours
Apparent Magnitude: 5.9
Easy to find in the same field of view next to Antares. With averted vision, I wasn't sure I could barely resolve a few individual stars, but mostly just a gray imperfect circle. M4 is one of the closest globular clusters to the Earth and Sun. The closest is
Time: 0120 hours
Apparent Magnitude 3.3
This open cluster is large and filled the field of view! It is the Southernmost
Time: 0139 hours
Apparent Magnitude 4.2
This open cluster is more compact and had a shimmery quality to it. I've always had a hard time seeing a butterfly design, though.
Time: 0148 hours
Apparent Magnitude 5.1
This elliptical globular cluster in Sagittarius presented as a light gray circle. I could not distinguish separate stars, but this could be because of its position over neighbors rooftop.
It's now 2:00 AM and time to wrap it up, too tired to continue. My wife must have fallen asleep because she never yelled at me to come in!
I had a good time looking through these binoculars. I will need to buy a nice mount for it so I can observe with them more often!