Where and when should you look for the \u2018Star of Bethlehem?
To catch this striking sight, head outside a couple of hours after sunset and face the east-northeast sky. Around 8:00 p.m. in any North American time zone is ideal. Jupiter will be impossible to miss, a steady, golden-white light that doesn\u2019t twinkle, as per a report by Forbes.<\/p>\n
ALSO READ: Why is the Don Holt Bridge closed in both directions? Police explain what\u2019s going on<\/a><\/p>\n This week, Jupiter sits in the constellation Gemini, flanked by Castor and Pollux \u2014 the \u201cTwins\u201d \u2014 just above and to its left. To the upper right, Orion stands out clearly, with the three stars of Orion\u2019s Belt forming an easy guide for young observers learning the sky, as per a report by Forbes.<\/p>\n Why is Jupiter so bright right now? Since Jupiter takes 11.86 Earth-years to orbit the sun, its brightest appearance comes roughly every 13 months. This timing places one of its most eye-catching displays right in the heart of the Christmas season, adding to the sense of wonder, as per a report by Forbes.<\/p>\n![\"ET](\"https:\/\/www.newsbeep.com\/us-pa\/wp-content\/uploads\/2025\/11\/118783427.cms.png\")
Live Events
You won\u2019t need a telescope or special gear to enjoy the view. Simply find a clear horizon and look east. The planet\u2019s brightness makes it a perfect introduction to skywatching, especially for children already buzzing with Christmas excitement.
What makes Jupiter look like the \u2018Christmas Star\u2019?
Jupiter\u2019s steady glow is what makes it feel so special this time of year. Unlike stars, it doesn\u2019t flicker, which gives it an almost otherworldly presence in the night sky. For many families, that calm brightness naturally recalls the biblical \u201cStar of Bethlehem.\u201d
ALSO READ: Quote of the Day by Franz Kafka: ‘Start with what is right rather than\u2026’\u2014 Top quotes by the Absurdist fiction novelist<\/a><\/p>\n
Jupiter is shining at magnitude -2.6, making it brighter than every star in the night sky. This happens because the planet is nearing opposition, the point when Earth sits directly between Jupiter and the sun.<\/p>\n