Where is juno now

There is currently a thriving community of volunteers, with skills ranging from image editing to mathematical expertise, working together to turn the raw data being gathered by the JunoCam into beautiful and scientifically useful pictures. The spectacular JunoCam images have helped to keep the mission in the public eye, despite it only being intended to last for the first few months, as the belts of extreme radiation that surround Jupiter can rapidly destroy sensitive components.

To avoid constant exposure, Juno follows a highly elliptical orbit, so the spacecraft only dips into the deadly region for a few hours every 53 days. Even with this precaution, JunoCam was only expected to last through a few close passes. The unusual orbit has the added benefit of giving Juno an unusual perspective on the planet, sweeping from top to bottom and allowing it to look down on the poles.

From that perspective, Jupiter looks completely different. Gone are the familiar belts, replaced by giant storms. The Great Red Spot has been a familiar fixture on Jupiter for centuries. The swirling maelstrom is caught between the South Equatorial Belt to its north, and a white zone to its south, and spans a distance 1. Juno has spent several of its passes looking at the Spot.

The team hopes its gravitational maps will eventually reveal how far down the storm extends, giving an insight into how the storm has been raging for so long. The Spot has been getting smaller for many years, but this shrinking sped up dramatically in May Fragments of the storm, referred to as blades or flakes, are breaking off the main storm and melting away into the surrounding belts and zones. Rivers of dark material also appear to be flowing from the Spot, making it appear as though the storm is unravelling.

This is the first time such activity has been seen around the Spot and astronomers, both amateur and professional, are watching with avid interest. Her first book about the history of robotic planetary landers is out now from The History Press. Right in the image is the famous Great Red Spot.

This image was captured by the Juno spacecraft on 21 July Gill, licensed under CC by 3. A 2,km-wide cyclonic storm on Jupiter, captured by the Juno spacecraft.

This image was captured by Juno on 10 April and processed by citizen scientist David Marriott. An illustration showing ultraviolet polar aurorae on Jupiter. But this is just the tip of the iceberg. The JunoCam , which has taken many of the most striking photos of Jupiter during its mission will only be able to snap about five images during the flyby, since Ganymede will appear and fade from view all within a minute window.

Three hours before Juno gets to its closest point near Ganymede, its science instruments will begin collecting data. Subscribe to get the best Verge-approved tech deals of the week. Cookie banner We use cookies and other tracking technologies to improve your browsing experience on our site, show personalized content and targeted ads, analyze site traffic, and understand where our audiences come from. By choosing I Accept , you consent to our use of cookies and other tracking technologies.

Cybersecurity Mobile Policy Privacy Scooters. Phones Laptops Headphones Cameras. Tablets Smartwatches Speakers Drones. Learn more about Juno's Jupiter discoveries here. A dazzling new animation puts you aboard NASA's Juno spacecraft during its epic flybys last month of Jupiter and the huge moon Ganymede. NASA's Juno spacecraft has detected new auroral emissions on Jupiter which appear to ripple over the planet's poles. NASA is ready to give missions at Mars and Jupiter a little more time to continue their investigations, although there's no guarantee they will finish out their extended missions.

A generation after a NASA spacecraft's probe found an unexpectedly hot and dense atmosphere at Jupiter, a newer agency mission may have some answers to the puzzle. For your weekend enjoyment, we present another installment of Jupiter's beautifully swirly atmosphere. It's always dark and stormy on Jupiter — and now, scientists have gotten their most detailed view of the wild storms that swirl through the gas giant's atmosphere.

NASA's Juno probe discovered a giant new storm swirling near Jupiter's south pole last month, a few weeks after pulling off a dramatic death-dodging maneuver. While readying itself to jump Jupiter's shadow, NASA's Juno spacecraft continues to capture the beauty of our distant, gaseous neighbor.