Astronomers have spotted a bizarre exoplanet with the most oblong, hairpin-style orbit ever discovered, and it may be on the path to becoming a “hot Jupiter.” ...

If Jupiter's orbit became more eccentric the team found that Earth's orbit would be pushed into becoming more eccentric too. This means at times Earth would be even closer to the sun than it ...

Hot Jupiters are some of the most extreme planets in the galaxy. These scorching worlds are as massive as Jupiter, and they swing wildly close to their star, whirling around in a few days compared ...

Super-Jupiters in particular tend to have more eccentric orbits than smaller, more Jupiter-like gas giants do, which suggests they formed in more turbulent star systems, where near-misses and full ...

Oh, Jupiter. If only the gas giant shifted its orbit slightly, becoming more eccentric (read: oval-shaped), it could transform the shape of Earth’s orbit, too, causing parts of the blue planet ...

The orbit of the newfound exoplanet spotted with TESS may have been influenced by another planet. Astronomers have discovered a new "warm-Jupiter" planet with a strange, flattened and misaligned ...

With an extremely eccentric orbit, the Jupiter will come close to its host star once per orbit. Each time it passes close to its star, the Jupiter will lose some of its orbital energy, ...

Astronomers have spotted a bizarre exoplanet with the most oblong, hairpin-style orbit ever discovered, and it may be on the path to becoming a “hot Jupiter.” ...

Those measurements confirmed that a Jupiter-sized planet was orbiting the star and that its orbit was highly eccentric, bringing the planet extremely close to the star before flinging it far out.

Super-Jupiters in particular tend to have more eccentric orbits than smaller, more Jupiter-like gas giants do, which suggests they formed in more turbulent star systems, ...