Eterneva's innovations in lab-grown diamond technology pave the way for creations that fuse personal history with science, ...

One reason is that the chemical bond between each carbon atom that makes up a diamond is extremely strong. Another is that the atoms form a rigid structure—each atom is connected to four others ...

But today I'm going to talk about the most glamorous form that carbon can take - diamond. For millennia diamond has been associated with wealth and riches, as it can be cut to form gemstones of high ...

As another plus, this carbon-14 is derived from graphite blocks, which are a byproduct of nuclear fission reactors. So, not ...

Others maintain that carbon atoms (or ... have been fashioned in the same conditions under which clear diamonds are thought to form. That is, they were crafted deep within the Earth, 100 to ...

No scientist can travel that far underground, so we don't know exactly how diamonds are created. But we know they are formed of carbon atoms coming together under intense pressure and heat to form ...

Diamonds, composed of transparent crystals of the element carbon, can be synthesized with small amounts of boron, adjacent to carbon on the periodic table. Boron contains one less electron than ...

Natural diamonds form out of carbon that gets stuck in lava tubes about a mile deep in the Earth's crust. The final purification step converts the carbon into slippery sheets of graphite — the ...