Jupiter may have once been more than twice its current size, with a magnetic field 50 times stronger, say scientists who ...

A 3D model by Oxford professor Juan de Lara vividly recreates the Parthenon’s fifth-century BC splendor, showcasing its iconic Athena statue and ingenious design elements like sunlight effects and ...

The team's calculations indicate that young Jupiter had a radius nearly twice its current size, with a volume large enough to ...

In the oceans of a moon hundreds of millions of miles from the sun, something fishy may be alive—right now. Below its icy crust Jupiter's moon ... oxygen than previous models had suggested ...

It's a world home to gigantic storms bigger than Australia, 100-mph winds pummeling its northern reaches and a rocky moon ... new model to study the fast-moving jet stream that encircles Jupiter ...

New data from the orbiter has unveiled some of the treacherous conditions of not only Jupiter, but its moon Io ... in helping the team develop a new model to study the fast-moving jet stream ...

NASA’s Juno probe has uncovered colliding cyclones circling Jupiter’s north pole and flowing magma beneath the crust of its ... Saturn's moon Enceladus using improved chemical models.

New data from the orbiter has unveiled some of the treacherous conditions of not only Jupiter, but its moon Io, the most volcanic body in ... The data resulted in helping the team develop a new model ...

Scientists believe a 'house-sized' asteroid originally thought to have a chance of hitting Earth now has double the chance of smashing into the Moon ... its composition, orbital characteristics ...

announces the debut of its Jupiter 2 large-format resin 3D printer at RAPID+TCT 2025. Featuring an all-new double-door design distinct from previous Jupiter models, it aims to push the boundaries ...

Credit: NASA / JPL / DLR A moon of Jupiter about the size of Mercury likely has a several-miles-deep ocean under its icy shell ... using advanced computer models and statistical techniques.

The Juno spacecraft will dive beneath the giant planet's intense bands of radiation, and UA's Bill Hubbard will be watching closely.