1 00:00:00,083 --> 00:00:02,635 [Chelsea Gohd] Jupiter is at its biggest and brightest, 2 00:00:03,069 --> 00:00:05,488 the Moon and Saturn share the sky, 3 00:00:05,638 --> 00:00:08,058 and the Beehive Cluster makes an appearance. 4 00:00:08,575 --> 00:00:11,177 That's What's Up, this January. 5 00:00:11,177 --> 00:00:12,379 January 10th, 6 00:00:12,379 --> 00:00:15,982 Jupiter will be at its most brilliant of the entire year! 7 00:00:16,549 --> 00:00:20,153 This night, Jupiter will be at what's called "opposition," 8 00:00:20,336 --> 00:00:23,440 meaning that Earth will be directly between 9 00:00:23,440 --> 00:00:25,041 Jupiter and the Sun. 10 00:00:25,041 --> 00:00:27,777 In this alignment, Jupiter will appear bigger 11 00:00:27,777 --> 00:00:31,581 and brighter in the night sky than it will all year. 12 00:00:31,798 --> 00:00:34,317 Talk about starting off the new year bright! 13 00:00:34,317 --> 00:00:36,686 To see Jupiter at its best this year, 14 00:00:36,686 --> 00:00:39,689 look to the east and all evening long, 15 00:00:39,689 --> 00:00:42,842 you'll be able to see the planet in the constellation Gemini. 16 00:00:43,143 --> 00:00:46,129 It will be one of the brightest objects in the night sky. 17 00:00:46,312 --> 00:00:48,832 (only the Moon and Venus will be brighter) 18 00:00:50,366 --> 00:00:51,718 Saturn and the Moon will 19 00:00:51,718 --> 00:00:55,705 share the sky on January 23rd as part of a conjunction! 20 00:00:56,039 --> 00:00:59,042 A conjunction happens when objects in the night sky 21 00:00:59,042 --> 00:01:02,779 look close together even though they're actually far apart. 22 00:01:03,379 --> 00:01:06,382 To spot the pair, look to the west and you'll see 23 00:01:06,382 --> 00:01:10,470 Saturn just below the Moon, sparkling in the night sky. 24 00:01:11,571 --> 00:01:13,556 The Beehive Cluster will be visible 25 00:01:13,556 --> 00:01:16,559 in the night sky throughout January! 26 00:01:16,559 --> 00:01:17,844 The Beehive Cluster, 27 00:01:17,844 --> 00:01:20,480 more formally known as Messier 44, 28 00:01:20,480 --> 00:01:21,931 or M44, 29 00:01:21,931 --> 00:01:24,601 is made of at least 1,000 stars. 30 00:01:24,834 --> 00:01:26,853 It's an open star cluster, 31 00:01:26,853 --> 00:01:29,906 meaning it's a loosely-bound group of stars. 32 00:01:30,657 --> 00:01:33,143 There are thousands of open star clusters 33 00:01:33,143 --> 00:01:35,662 like the Beehive in the Milky Way Galaxy! 34 00:01:36,112 --> 00:01:39,299 To see the Beehive Cluster, look to the eastern night sky 35 00:01:39,332 --> 00:01:43,019 just after sunset and before midnight throughout the month. 36 00:01:43,586 --> 00:01:46,473 Especially great nights to spot the cluster are around 37 00:01:46,473 --> 00:01:47,907 the middle of January 38 00:01:47,907 --> 00:01:51,711 when the cluster isn't too high or too low in the sky to see. 39 00:01:51,961 --> 00:01:53,163 With dark skies 40 00:01:53,163 --> 00:01:55,949 you might be able to spot the Beehive with just your eyes, 41 00:01:55,949 --> 00:01:59,252 but binoculars or a small telescope will help. 42 00:02:00,653 --> 00:02:03,289 Here are the phases of the Moon for January. 43 00:02:03,773 --> 00:02:06,259 You can stay up to date on all of NASA's missions 44 00:02:06,259 --> 00:02:10,380 exploring the solar system and beyond at science.nasa.gov. 45 00:02:11,548 --> 00:02:14,634 I'm Chelsea Gohd from NASA's Jet Propulsion Laboratory, 46 00:02:14,818 --> 00:02:16,870 and that's What's Up for this month.