homehome Home chatchat Notifications


Amateur astronomer finds and christens Clyde's Spot -- a new storm on Jupiter

Everyone can help explore space!

Alexandru Micu
July 8, 2020 @ 10:30 pm

share Share

Although NASA has sent a craft to Jupiter’s orbit — the Juno probe — a newly-named region of the planet was recently spotted by an amateur astronomer.

Clyde’s Spot, seen here in the center as a white maelstrom, just below and to the right of the Great Red Spot. Image processed by Kevin Gill using JunoCam data.
Image credits NASA/JPL-Caltech/SwRI/MSSS / Kevin M. Gill.

The structure, a swirl not far from the planet’s infamous Great Red Spot, has been christened the somewhat anticlimactic ‘Clyde’s Spot‘. At the time it was observed, Juno was flying between 28,000 miles and 59,000 miles (45,000 to 95,000 kilometers) above Jupiter’s southern cloud tops.

Long-distance spotting

“The feature is a plume of cloud material erupting above the upper cloud layers of the Jovian atmosphere,” according to a NASA description of the new imagery. “These powerful convective ‘outbreaks’ occasionally erupt in this latitude band, known as the South Temperate Belt.”

After it was spotted by Clyde Foster from Centurion, South Africa on May 31, Juno moved in to take some better-quality pictures of the structure on June 2 — which is, as far as we know, a storm.

It rages in swirls not far off from Jupiter’s centuries-old Great Red Spot. Unlike the iconic storm, however, Clyde’s Spot is young, having just popped up. It’s not the first time such a storm appeared out of the brown and orange clouds: Juno captured another similar system at this latitude back in February of 2018.

An image of Jupiter taken by Clyde Foster. The new storm sits just below and to the right of the Great Red Spot.
Image credits Clyde Foster.

Juno orbits Jupiter on an elliptical orbit, so it does most of its data-gathering every 53.3 (Earth) days as it comes closest to the gas giant. Its latest fly-by luckily placed it at the ideal angle to capture Clyde’s Spot on its JunoCam. NASA makes JunoCam images available to the public, and citizen scientist Kevin Gill processed five of its images into a composite view of Clyde’s Spot. Gill is responsible for many of the striking NASA images you’ve seen online.

Both his work and that of Foster shows that there’s enough space in space exploration for everybody down here on terra firma — and an amazing wealth of beauty and science to share with us.

share Share

Researchers Turn 'Moon Dust' Into Solar Panels That Could Power Future Space Cities

"Moonglass" could one day keep the lights on.

Ford Pinto used to be the classic example of a dangerous car. The Cybertruck is worse

Is the Cybertruck bound to be worse than the infamous Pinto?

Archaeologists Find Neanderthal Stone Tool Technology in China

A surprising cache of stone tools unearthed in China closely resembles Neanderthal tech from Ice Age Europe.

A Software Engineer Created a PDF Bigger Than the Universe and Yes It's Real

Forget country-sized PDFs — someone just made one bigger than the universe.

The World's Tiniest Pacemaker is Smaller Than a Grain of Rice. It's Injected with a Syringe and Works using Light

This new pacemaker is so small doctors could inject it directly into your heart.

Scientists Just Made Cement 17x Tougher — By Looking at Seashells

Cement is a carbon monster — but scientists are taking a cue from seashells to make it tougher, safer, and greener.

Three Secret Russian Satellites Moved Strangely in Orbit and Then Dropped an Unidentified Object

We may be witnessing a glimpse into space warfare.

Researchers Say They’ve Solved One of the Most Annoying Flaws in AI Art

A new method that could finally fix the bizarre distortions in AI-generated images when they're anything but square.

The small town in Germany where both the car and the bicycle were invented

In the quiet German town of Mannheim, two radical inventions—the bicycle and the automobile—took their first wobbly rides and forever changed how the world moves.

Scientists Created a Chymeric Mouse Using Billion-Year-Old Genes That Predate Animals

A mouse was born using prehistoric genes and the results could transform regenerative medicine.