NASA's Voyager 2 spacecraft made its closest approach to Jupiter. It came within 354,000 miles (570,000 kilometers) of the ...

NASA's Juno mission captured the glow left from a bolt of lightning. It turns out Earth is not the only planet in the solar system with thunderstorms. 1 weather alerts 1 closings/delays ...

How Jupiter's lightning looks and how it is created is vastly different than it is on Earth. 1 weather alerts 1 closings/delays. Watch Now. 1 weather alerts 1 closings/delays. Menu.

How Jupiter's lightning looks and how it is created is vastly different than it is on Earth. 1 weather alerts 1 closings/delays. Watch Now. 1 weather alerts 1 closings/delays. Menu ...

How Jupiter's lightning looks and how it is created is vastly different than it is on Earth. 1 weather alerts 1 closings/delays. Watch Now. 1 weather alerts 1 closings/delays. Menu.

In 1979, another spacecraft called Voyager 1 captured lightning flashes on Jupiter that were 10 times more powerful than lightning on Earth, according to NASA. On Saturn, lightning can strike as ...

As early as 1979, Voyager 1, a space probe launched by NASA in 1977, witnessed Jupiter illuminate its clouds with lightning strikes before picking up radio signals — or sferics — about a year ...

Lightning crackles to life and evolves on Jupiter the same way as it does on Earth, a new study finds. Jovian lightning, which occurs as frequently as the phenomenon does on Earth, was first ...

How Jupiter's lightning looks and how it is created is vastly different than it is on Earth. 1 weather alerts 1 closings/delays. Watch Now. 1 weather alerts 1 closings/delays. Menu.

New images captured by NASA’s Juno spacecraft are revealing details about storms on Jupiter. The photo, captured on December 30th, 2020, shows a flash of green lightning within a storm on gas… ...

The existence of lightning on Jupiter was confirmed when telltale radio emissions at audible frequencies were recorded in 1979 by NASA's Voyager 1 spacecraft as it ventured through the solar system.

That's because previous spacecraft that studied lightning on Jupiter — NASA's Voyager 1 and Voyager 2, Galileo and Cassini — did not have instruments sensitive enough to capture the radio ...