New research claims that Neptune and Uranus may hold hidden oceans of water and other materials below their extreme atmospheres.

Uranus and Neptune have long been a source of fascination and mystery for scientists, especially when it comes to their magnetic fields. While Earth and Jupiter boast well-defined magnetic dipoles, the fields of Uranus and Neptune appear skewed,

Beneath the serene, bluish atmospheres of Uranus and Neptune lies an intricate story of planetary interiors. These enigmatic ice giants, shrouded in hydrogen and helium, harbor dynamic processes that challenge conventional planetary science.

In our search for exoplanets, we’ve found that many of them fall into certain types or categories, such as Hot Jupiters, Super-Earths, and Ice Giants. While we don’t have any examples of the first two in our solar system,

A planetary scientist proposes that the interiors of Uranus and Neptune are layered, with deep oceans of water above compressed carbon, nitrogen and hydrogen.

A scientist simulated the contents of the ice giant worlds, and found that a fluid layer may explain each planet’s strange magnetic field.

New research at UC Berkeley offers a fresh perspective on Uranus and Neptune's interiors, indicating layered structures of water and hydrocarbons. These findings account for the planets' unusual magne

Dramatic theories have been proposed to explain the mysterious interiors of Uranus and Neptune, the ice giants of our solar system.

A new study found that vast oceans could be on Uranus and Neptune. Astrophysicist Adam Frank joins Chris Jansing to share his expertise.

Uranus and Neptune are unique but superficially bland ice giants in our solar system. Planetary scientists have devised two proposals for what lies