This weekend, Mars and Uranus will appear close together in the night sky. Here are all the details for the Mars-Uranus conjunction date and time.
Stargazers will have a rare setting this weekend only! There is a rare phenomenon that is set to adorn the sky and it is called a planetary conjunction. The planets involved are Mars and Uranus and they will line up just two widths of a moon outside the constellation Aries. This Mars, Uranus conjunction is one among the rare opportunities for skywatchers to see these planets so close together. They should be able to detect pale Uranus from The earth in the night sky with the help of a bright Mars.
However, despite the optics, these two planets won’t be really close. In fact, Mars and Uranus will be about 1.6 billion miles apart. However, in the early hours of August 1, they will appear as if they were only 1 degree apart in the night sky. If you haven’t had a chance to catch Uranus in the sky, then this weekend, you absolutely have a chance. Don’t miss this rare celestial sight! Know when, where, and how to catch the planet Mars and Uranus conjunction.
Mars and Uranus Conjunction: See When and Where
It may vary depending on your exact location. However, a LiveScience report says that any night this weekend and early next week will be a great opportunity to see Mars and Uranus. They will both rise in the east around midnight local time as seen in the Northern Hemisphere and be visible overhead in the southeast until about two hours before sunrise, the report said. . You’ll need to look around 1am UTC (6:30am in India) on August 1 and August 2. Along with these planets, you’ll also be able to see the brightest open cluster of stars – Pleiades in the night sky.
How to catch the Mars-Uranus conjunction
The planet can be seen with the naked eye in complete darkness! However, it will be much better if you use binoculars or a small telescope to spot Mars and Uranus this weekend. If you missed this opportunity, there is another option to watch the planetary conjunction through the Virtual Telescope Project’s live broadcast.
