Early risers will get a rare opportunity to see something extraordinary in the early hours of July 18 — the dark shadow of ...

Time is running out for skywatchers to get a view of Saturn's rings. The planet's rings will temporarily drop out of the night sky view from Earth during parts of the spring and, again, in the ...

July's third quarter moon phase occurs at 8:38 EDT (0038 GMT) on July 17. At this moment, skywatchers in the northern ...

Time is running out for skywatchers to get a view of Saturn's rings. The planet's rings will temporarily drop out of the night sky view from Earth during parts of the spring and, again, in the ...

The now-waning Moon is passing through Pisces in the early-morning sky. Our satellite slides 3° north of Neptune at 6 A.M.

An optical illusion during Saturn's equinox is to blame for the rings disappearing from view briefly. The next time this is set to happen is May 6, 2025.

Saturn will be shining its absolute brightest from dusk on Tuesday to dawn on Wednesday as it makes its way into opposition, which is the point in its orbit that it passes closest to Earth, giving ...

Saturn will meet up the the Super Blue Moon tonight (Aug. 30), with the full moon acting as a perfect guide to spotting the gas giant planet. According to In the Sky, from New York City, the close ...

Every 13-15 years, Saturn is angled in a way in which the edge of its thin rings are oriented toward Earth – effectively causing them to vanish. Here's why. Story by Eric Lagatta, USA TODAY ...

Saturn is going to be visible in the coming week to the home planet, Earth, and humans would have the chance to view its closest point. Here, sightseers and aspiring astronomers can see Saturn and ...

Saturn will be so close to Earth this month that its rings will be visible through a normal telescope. On Tuesday, the ringed planet will shine at its maximum brightness.

Saturn's rings will disappear from view of ground-based telescopes in 2025. Here's why. Every 13-15 years, Saturn is angled in a way in which the edge of its thin rings are oriented toward Earth ...