The Hubble Space Telescope has seen Jupiter's Great Red Spot oscillating in width as it drifts around the planet. Could this ...
Scientists have discovered that the Great Red Spot of Jupiter undergoes a rhythmic 90-day cycle of changes, offering fresh insights into the complex behavior of planetary atmospheres.
A sequence of images captured by NASA’s Hubble Space Telescope showed how much the giant storm changed shape as it traveled ...
Hubble has been observing the Great Red Spot shrinking over the past 10 years, and the team behind the study predicts that it ...
NASA’s Hubble reveals unexpected changes in Jupiter’s Great Red Spot, shocking scientists with its shifting size and speed.
Jupiter’s Great Red Spot is a high-pressure, rotating vortex that has stood the test of time. The cloud tops of this storm ...
Jupiter’s enormous storm, have revealed that it is less stable than previously thought. Regular observations over the course ...
By contrast, the planet Neptune has dark spots that can drift widely in latitude without strong jet streams holding them in ...
Jupiter’s Great Red Spot, the solar system’s largest storm, wiggles like gelatin and contracts like a stress ball, new observations from Hubble Space Telescope find.
The space agency collected imagery from Hubble over a roughly 90-day period between December 2023 and March 2024 as the telescope focused on the largest known ...
Great Ball of Fire Jupiter's Giant Red Spot (GRS) is large enough to swallow Earth — and as new imagery from Hubble suggests, ...