Constellation: Ophiuchus
Right Ascension: 17h 57m 48.49803s
Declination: +04° 41′ 36.2072″
Distance: 6 ly
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Barnard's Star is a red dwarf located 6 light years away. At mag 9.5 telescope is needed to see it. It displays the highest motion across the sky (proper motion). It's motion is visible in images taken a year apart. My images from 2014-2020.

Telescope: Explore Scientific 127 Refractor
Camera: ZWO 1600 MM
Constellation: Scorpius
Right Ascension: 16h 29m 24.45970s
Declination: −26° 25′ 55.2094″
Distance: 550 ly
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Antares is a swollen red supergiant star located in Scorpius the Scorpion. As the brightest star in that constellation it is designated as Alpha Scorpii. It is the 15th brightest star visible from Earth. It's outer layers are so swollen it would extend out past the orbit of Mars if it was located where our Sun is at. It also has a companion star that is a blue-white main sequence star. It illuminates part of the Rho Ophiuchi cloud complex. As with many stars with this size, it most likely will explode as a supernova in the future.

Telescope: EDT 80mm Reftactor
Camera: ZWO A071 Color
Constellation: Leo
Right Ascension: 10h 56m 28.99s
Declination: +07° 00′ 52.0″
Distance: 7.8 ly
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Wolf359 is a red dwarf star at a distance of 7.8 light years away from Earth. Located in the constellation of Leo it is one of the nearest stars. It is also one of the faintest low mass stars known. So despite its closeness, it takes a telescope to see it as it shines at a dim magnitude 13.5. A relative young star at less than 1 billion years, as a red dwarf, it will survive for a trillions of years. It is also a flare star with a high rate of flares. It possibly has two planetary objects around it. The Wolf designation comes from Max Wolf who studied high proper motion stars and kept a catalog of them. It's motion can be seen over the years across the sky.

Telescope: Explore Scientific 127 Refractor
Camera: ZWO 1600 MM
Constellation: Orion
Right Ascension: 05h 55m 10.30s
Declination: +07° 24′ 25.43"
Distance: 700
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Betelgeuse is a red giant star located in Orion. It is the largest star visible to the naked eye, if was located where our Sun is, it would extend out past the asteroid belt. It also a variable star with a magnitude range between 0 and 1.3. Attracting attention now as it is currently noticeably dimmer as one of the brightest stars in Orion. Because of its mass, it will have a short lifetime as stars go, and is expected to end as a supernova in less than a million years. At around 700 light years away it will be quite a show, with possibly brighter than a full moon at night and visible even during the day.

Telescope: GSO RC10
Camera: ZWO A071 Color
Constellation: Lyra
Right Ascension: 18h 44m 20.34589s
Declination: +39° 40′ 12.4533″
Distance: 162 ly
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Epsilon Lyrae is a a true binary star system with an orbit that is measured in hundred of thousands of years to complete an orbit. In addition, each star is also a binary star that can only be split using higher powers. For this reason, it is often called the Double Double star. In addition an even closer in star has been detected around one of the stars.

 

Telescope: GSO RC10
Camera: ZWO A071 Color
Constellation: Cygnus
Right Ascension: 19h 30m 43.286s
Declination: +27° 57′ 34.84″
Distance: 430
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Albireo or Beta Cygni, is one of the finest double stars in the northern hemisphere. Located at the "beak" of Cygnus the Swan, the two stars show a vivid contrast in color. Although the two stars don't seem to be a true binary due to their distance between them and their motion across the sky. Just two stars passing in the night. However both stars do have companion stars that are too close in to be resolved by optical means. 

Telescope: GSO RC10
Camera: ZWO A071 Color