Look to the east at sunset tomorrow (March 26) to see the half-lit form of the waxing gibbous moon shining close to the gas giant Jupiter in the evening sky, as the bright stars of the constellation Gemini twinkle nearby.<\/p>\n
The moon<\/a> will make its closest approach to Jupiter<\/a> at 9:19 EDT (1319 GMT) on March 26, at which time Jupiter will be lost to sight in the daytime sky. The pair will remain close throughout the evening, however. Viewers in the northern hemisphere will get their best view of the solar system<\/a> pairing at sunset, when the moon will appear with its right side lit by sunlight high above the southern horizon, less than a day after reaching its first quarter phase.<\/p>\n <\/p>\n Jupiter will appear as a steady star-like object glowing brightly 5 degrees to the lower right of the lunar disk \u2014 roughly the width of your three middle fingers held at arm’s length against the sky. To the upper right shine Castor<\/a> and Pollux<\/a> \u2014 the bright stars that represent the heads of the celestial twins depicted in the constellation Gemini<\/a>.<\/p>\n Article continues below <\/p>\n You may like<\/p>\n The moon and Jupiter will make for a gorgeous sight through the eyepiece of a 6-inch telescope, which will reveal the dark lunar seas and prominent craters lining the night-day divide on the lunar surface, along with the cloud bands of the gas giant<\/a> and its most prominent moons.<\/p>\n As the night wears on, the lunar disk will appear to travel away from Jupiter in Earth<\/a>‘s sky, before finally disappearing from view below the northwestern horizon shortly after 3 a.m. EDT (0700 GMT) for viewers in New York. Visit Time and Date<\/a> to discover the exact times that solar system bodies like the planets rise and set from your location.<\/p>\n <\/p>\n Today’s best Celestron Inspire 100AZ deals<\/p>\n Jupiter is set to remain a prominent sight in the spring sky until mid-July, when it will become lost into the glow of the setting sun ahead of its solar conjunction on July 29, according to in-the-sky<\/a>. At that time, Jupiter will be too close to the sun from our perspective on Earth to be visible.<\/p>\n