Clay tablets, sitting in the British Museum for decades, show that this culture was able to use sophisticated geometry to track the orbit of Jupiter, relying on methods that in some ways pre ...

We all recognise Jupiter by its banded pattern of counter-rotating zones and belts – this can be seen even with small garden telescopes. These stunning structures are powered by fast jet streams ...

A reanalysis of markings on Babylonian tablets has revealed that astronomers working between the fourth and first centuries bc used geometry to calculate the motions of Jupiter — a conceptual ...

Plasma waves are a critical element to understanding the many mysteries of the gas giant’s turbulent, magnetically powerful ...

As the planet's orbit "circularizes," it will also shrink, drawing TIC 241249530 b closer to its star and giving it a year that lasts under 10 Earth days, signaling that transformation to a hot ...

This shift in Jupiter’s orbit would cause the Earth’s orbit to carry it closer to the Sun at specific points. During this time, those colder regions of our planet would heat up to livable ranges.

Credit: NASA, ESA, CSA, Jupiter ERS Team; Image Processing by Judy Schmidt. Oh, Jupiter. If only the gas giant shifted its orbit slightly, becoming more eccentric (read: oval-shaped), it could ...