Saturn’s rings are not the permanent fixture they appear to be through a backyard telescope. Planetary scientists now agree ...

(NEXSTAR) — The sky has already graced us with a total lunar eclipse and a rare planetary alignment, but we’ll soon have the chance to witness another peculiar celestial event: the disappearance of ...

This weekend, stargazers will have a rare opportunity to see Saturn in a way few have before: with its iconic rings almost entirely invisible. As explained in The New York Times, this is due to a ...

Saturn's rings have disappeared from view, as seen from Earth, due to a phenomenon known as a ring plane crossing. A ring plane crossing happens every 13 to 15 years and occurs when Saturn's angle of ...

Skywatchers in India and across the globe are set for a rare celestial event as Saturn's iconic rings will seemingly vanish from view the night of November 23, 2025. This disappearance is not the ...

UNDATED (WKRC/CNN Newsource) - Skywatchers are in for a rare treat this weekend as Saturn's iconic rings will appear to "disappear," a phenomenon that hasn't occurred since 2009. The event, known as ...

In November 2024 I was interviewed for a marvelous NPR podcast called Living On Earth about my latest popular science book, Under Alien Skies. While prepping for the show, one of the producers asked ...

Skywatchers across the Northern Hemisphere are in for a captivating celestial show this weekend, with the Moon appearing ...

Saturn will appear in the predawn sky in April, although its rings will barely be visible. Credit: Creators.com illustration Saturn is everyone’s favorite planet, it seems. Through a telescope those ...

Saturn will briefly lose its bling. Saturn's rings will appear to have disappeared if you catch a glimpse of the planet through the eyepiece of a telescope on the night of Nov. 23 — but don't worry, ...

Swirling around the planet’s equator, the rings of Saturn are a dead giveaway that the planet is spinning at a tilt. The belted giant rotates at a 26.7-degree angle relative to the plane in which it ...