Productions take very different approaches to the central symbol of this epic cycle, treating Wagner with daring freedom.

The discovery is not just an economic marvel but also a scientific milestone, providing insights into how gold forms deep within Earth’s crust and how it might be utilized in new technologies.

A stunning composite image, made up of three years' worth of satellite photos, shows the ancient lava of Libya's Haruj ...

Gold is a surprisingly common metal (it is more common than lead if we consider the bulk composition of the Earth), but most is locked away deep within Earth's mantle. On the surface, it is ...

David Bressan is a geologist who covers curiosities about Earth. People have long been fascinated by nuggets, large aggregates of almost pure gold often found nestled within the host rock or loose ...

A new discovery by two astrophysicists tells us that everyone on Earth has a little bit of gold, silver and platinum ... the University of Florida, who made the discovery. A collision between ...

The journey of gold from deep within the Earth to mineable deposits has long puzzled geologists. Now, researchers have identified that bisulphide, a specific form of sulfur, plays a crucial role ...

Gold’s journey from Earth’s mantle to its surface relies on sulfur, which bonds with gold and enables its transport through volcanic activity, defying its natural sequestered state.

But gold is a dense metal that originates in Earth’s mantle, far beneath the surface. So how does it manage to rise up to form gold deposits on the surface? That question has long vexed ...

Most of Earth’s gold is locked up in the mantle, the thick, middle layer of the planet located between the crust and the outer core. Pure gold in the mantle tends to stay there. In other words ...