Scientists have created a highly detailed computational model of Jupiter's atmosphere to peer below its thick clouds.

Jupiter’s vast, banded clouds have long obscured the true nature of the giant planet beneath, but a new atmospheric model is ...

Combined chemical and hydrodynamic modeling offers a powerful tool beyond Jupiter. Scientists can apply similar techniques to Uranus, Neptune, and gas rich exoplanets. Such planets remain difficult to ...

Google's Project Genie may prove that world models matter more than LLMs for defense. The military that masters physics ...

Jupiter’s swirling storms have concealed its true makeup for centuries, but a new model is finally peeling back the clouds.

Using data collected by NASA's Parker Solar Probe during its closest approach to the sun, a University of Arizona-led ...

New simulations suggest Jupiter holds far more water than once thought, reshaping ideas about how the largest planet formed.

Scientists argue that limiting the search for life strictly to a star’s traditional habitable zone is too restrictive. That ...

This shifts our entire perspective on what makes a planet “Earth-like.” Nature is far more creative than our own solar system suggests. The universe might be teeming with “magma-shielded” worlds that ...

The dazzling lights of the aurora are created when high-energy particles from space collide with Earth's atmosphere. While ...

Jupiter and Saturn host strikingly different polar storms, despite being similar giant planets, and scientists have long wondered why. New simulations suggest the answer may lie deep below the clouds.