Diamonds hitch a ride to the surface inside a rare magma called kimberlite, but only if that magma stays buoyant. New modeling shows that a minimum of 8.2 percent carbon dioxide helps make that possible.
The analysis centers on the Jericho…

Diamonds hitch a ride to the surface inside a rare magma called kimberlite, but only if that magma stays buoyant. New modeling shows that a minimum of 8.2 percent carbon dioxide helps make that possible.
The analysis centers on the Jericho…