NASA's Juno spacecraft sweeps over Jupiter's Great Red Spot and makes a 3D map of the giant storm. The findings could shed light on gas giant exoplanets in distant solar systems.

New observations conducted by NASA's Juno spacecraft have led to the discovery that Jupiter's Great Red Spot is deeper than previously believed. The findings reveal that the storm extends as far ...

NASA's Juno spacecraft will fly directly over the Great Red Spot, a swirling storm on Jupiter, on Monday. Scientists are hoping to gain a better understanding of the storm and why it persists.

NASA’s Juno spacecraft at Jupiter is helping scientists learn just how deep the planet’s Great Red Spot extends inward, placing the storm at somewhere between 300 and 500 kilometers deep.

Scientists revealed the latest discoveries on Jupiter, including surprising findings about the planet’s Great Red Spot and the cyclonic storms swirling at the poles, in a NASA press conference ...

For another look at Eichstädt and Doran's Jupiter work, check out this image of Jupiter's clouds and a series of storms known as the "string of pearls." NASA likens the Great Red Spot to the ...

NASA's Juno spacecraft sweeps over Jupiter's Great Red Spot and makes a 3D map of the giant storm. The findings could shed light on gas giant exoplanets in distant solar systems.

Jupiter's Great Red Spot is the largest storm in the solar system and has been raging for hundreds of years. ... In Jupiter's swirling Great Red Spot, NASA spacecraft finds hidden depths, NPR.

The Great Red Spot is a storm roughly 10,000 miles (16,000 km) wide churning in Jupiter's southern hemisphere, boasting crimson-colored clouds that spin counterclockwise at high speeds.

A recent observation of one of Jupiter's most prominent features – the Great Red Spot – reveals the phenomenon is not quite as stable as it seems. Images of the giant red storm, captured over ...

NASA's Juno spacecraft sweeps over Jupiter's Great Red Spot and makes a 3D map of the giant storm. The findings could shed light on gas giant exoplanets in distant solar systems.