A weird comparison experiment between an energy drink and a centipede.#science #experiment #nature ...

This video features a humorous science experiment that explores the unconventional combination of showers and baths. Additionally, it showcases a creative concept for a personal sushi train restaurant ...

A sleep apnea pill has been fast-tracked for FDA approval; the earliest evidence of surgical anesthetic detected on tools ...

The team behind "Jerk," a novel tool that predicted eruptions with 92% accuracy for a French volcano, discusses its work and implications. Reading time 5 minutes Science is a constant work in progress ...

Land is one of those things that can disappear even as you see it. It falls away beneath you, becoming merely the ground under your feet, because you’re thinking about where you’re going, or a place ...

The Kilauea volcano, in Hawaii, has been acting up lately, and all kinds of nasty stuff is pouring out of it. But perhaps the chemical of most concern – sulfuric acid – doesn't come from the volcano ...

Forbes contributors publish independent expert analyses and insights. David Bressan is a geologist who covers curiosities about Earth. How and if a volcano explodes depends on how and when bubbles of ...

New research reveals that volcanic magma can generate gas bubbles not only as pressure drops during ascent, but also through internal shear forces that “knead” the molten rock. These shear-driven ...

Scientists have uncovered a long-missing piece of the volcanic puzzle: rising magma doesn’t just form explosive gas bubbles when pressure drops—it can do so simply by being sheared and “kneaded” ...

The explosiveness of a volcanic eruption depends on how many gas bubbles form in the magma—and when. Until now, it was thought that gas bubbles were formed primarily when the ambient pressure dropped ...

In a new study, researchers show that gas bubbles can form in the rising magma not only due to a drop in pressure but also due to shear forces. If these gas bubbles grow in the volcanic vent early on ...