Jupiter, the orange-colored gas giant in our solar system, is no stranger to upheaval. And to demonstrate this argument, NASA’s Juno mission earlier this month snapped a fascinating picture. The probe’s JunoCam instrument observed watercolour vortices at the north pole during its 43rd close flyby of the massive planet. These mesmerizing pictures of storm wind patterns, which may span hundreds of miles of gaseous plains and reach heights of more than 30 miles (48 kilometres), are deceptively beautiful.
It’s vital to understand that the image we see of the terrible spectacle was digitally altered to hold such intense blue-ish hues, despite being adorned in exquisite ceruleans, iridescent opals, and strong teals. Citizen scientist Brian Swift modified these Jovian storms after gathering raw JunoCam data, specifically a picture acquired by the space probe at around 15,600 miles (25,100 kilometres) above Jupiter’s cloud tops.
- Meet Your Makers Showdown Season 2: Are We Getting It or Not? Know Here!
- Britney Spears Text Messages Mother Mental Health Facility 2019
For instance, a stunning image of Jupiter and its moon Ganymede that was unveiled earlier this year isn’t at all colorized in blue tones, in contrast to a composite image from the previous year that would have given you the impression that life on Jupiter is engulfed in hellish flames. The spirals would actually be projecting a number of other colours if we could hypothetically pop up next to Jupiter right now; these fascinatingly vary depending on the chemistry and orientation of each one.
For example, in Jupiter’s northern hemisphere, clockwise and counterclockwise cyclones have different flavours. The southern hemisphere likewise has its own counterclockwise and clockwise ones. For context, the “Great Red Spot” on Jupiter is a counterclockwise storm in the southern hemisphere. But in addition to colour schemes, researchers are typically intrigued by Jupiter’s turbulent weather because it may provide clues to the nature of the planet’s clouds and the dynamics of its atmosphere. This project is so crucial that NASA has tried to contract out the classification of Jupiter’s storm photos and other atmospheric phenomena.
Even better, you can participate in the “Jovian Vortex Hunter” initiative online. All you need is a smartphone or laptop; according to the organization, 2,404 volunteers have already helped with the mission’s 376,725 image analysis. Zooming out, Jupiter is rife with mysteries, which is why the European Space Agency is prepared to send its own probe there to join Juno’s cosmic journey. Others have even attempted to investigate if Jupiter’s incredibly fragile, practically invisible rings could contain clues to solve this planet’s mysteries, but to no effect.