Researchers studying the Milky Way’s center have discovered unexpected cold hydrogen clouds nestled inside the Fermi bubbles, ...

New research has uncovered a possible clue as to why glaciers that terminate at the sea are retreating at unprecedented rates: the bursting of tiny, pressurized bubbles in underwater ice.

“Rebreathing bubbles allow lizards to stay underwater longer. Before, we suspected it—we saw a pattern—but we didn’t actually test if it served a functional role.” ...

Scientists have devised a way of writing and storing messages by creating patterns of air bubbles in sheets of ice.

While fish and many other aquatic animals take air directly from the water through gills, other animals find ingenious ways to drag air bubbles down from the surface or trap air around their bodies.

Assigning certain sizes, shapes and positions of bubbles to characters within Morse and binary codes means messages could be stored in ice ...

I was recently noticing the bubbles that formed in some of the ice when it occurred to me to ask, how does this happen?

Discover how ice bubbles can store data in cold regions, offering a unique solution for long-term storage without electricity.

“It was only when we started talking about the physics of the process that we realized those bubbles may be doing a lot more than just making noise underwater as the ice melts.” ...

The team was inspired by bubbles trapped in Antarctic ice, revealing information about our climate hundreds of thousands of years in the past.

“It was only when we started talking about the physics of the process that we realized those bubbles may be doing a lot more than just making noise underwater as the ice melts.” ...

The study shows that glacier ice, characterized by pockets of pressurized air, melts much more quickly than the bubble-free sea ice or manufactured ice typically used to research melt rates at the ...