In today's world, NGC 1444 is a topic that has become increasingly relevant. From its repercussions on society to its impact on the economy and the environment, NGC 1444 has become a focal point for experts and citizens alike. In order to better understand this phenomenon and its implications, it is crucial to examine it from multiple perspectives and discover its true scope. In this article, we will explore different aspects related to NGC 1444, providing a comprehensive overview ranging from its history to its possible solutions. With this, we hope to shed light on NGC 1444 and promote an informed discussion about its importance today.
NGC 1444 | |
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![]() NGC 1444 imaged by the Sloan Digital Sky Survey | |
Observation data (J2000 epoch) | |
Right ascension | 03h 49m 23.8s[1] |
Declination | +52° 29′ 24″[1] |
Distance | 4.2 kly (1.3 kpc)[1] |
Physical characteristics | |
Estimated age | 7.08 Myr[1] |
Other designations | Cr 43, C 0345+525, OCL 394[2] |
Associations | |
Constellation | Perseus |
NGC 1444 is a small open cluster of stars in the northern constellation of Perseus, about 2-1⁄4° to the northwest of 43 Persei.[3] It has an angular diameter of 4 arcminutes and a brightness of 6.60 in visual magnitude. The cluster has sixty members of seventh magnitude or fainter, and is better appreciated in larger telescopes.[3] NGC 1444 was discovered on 18 December 1788 by the German-British astronomer William Herschel.[4][5][6] It is located at a distance of 4,200 light-years from the Sun and is about 7.1[1] million years old. The cluster has a physical core radius of 1.73 ± 0.42 ly and a tidal radius of 17.4 ± 4.2 ly.[1] The most prominent member is the triple star system Σ446, with a magnitude 6.7 primary.[7] The cluster is a member of the Camelopardalis OB1 association.[7]