New Study Explains How Gold Reaches Earth’s Surface

New Study Explains How Gold Reaches Earth’s Surface

A research team including a University of Michigan scientist has discovered a new mechanism that helps researchers understand how gold deposits are formed.

Study identifies how gold reaches Earth's surface

A research team including a University of Michigan scientist has discovered a new gold-sulphur complex that helps researchers understand how gold deposits are formed.

Thermodynamic model identifies how gold reaches Earth's surface

A research team including a University of Michigan scientist has discovered a new gold-sulfur complex that helps researchers understand how gold deposits are formed.

Thermodynamic model identifies how gold reaches Earth’s surface, Research - The Canadian Media

A research team including a University of Michigan scientist has discovered a new gold-sulfur complex that helps researchers understand how gold deposits are formed. Gold in ore deposits associated with volcanoes around the Pacific Ring of Fire originates in Earth's mantle and is transported by magma to its surface. But how that gold is brought to the

Thermodynamic model identifies how gold reaches Earth's surface - Tech and Science Post

A research team including a University of Michigan scientist has discovered a new gold-sulfur complex that helps researchers understand how gold deposits are formed. Gold in ore deposits associated with volcanoes around the Pacific Ring of Fire originates in Earth’s mantle and is transported by magma to its surface. But how that gold is brought to the surface has been a subject of debate. Now, the research team has used numerical modeling to rev…

Study identifies how gold reaches Earth’s surface

24.12.2024 - Study: Mantle oxidation by sulfur drives the formation of giant gold deposits in subduction zones (DOI: 10.1073/pnas. A research team including a University of Michigan scientist has discovered a new gold-sulphur complex that helps researchers understand how gold deposits are formed.