Researchers reveal that plasmons in boron-doped diamonds are driving advances in electronics, optics and quantum computing.

The boron-doped diamond lattice remains transparent, with a blue hue. (The famous Hope Diamond is blue because it contains small amounts of boron). Because of its other unique properties—it's ...

Perfect for fans of minimalist jewellery, the ring features two bezel-set lab-grown diamonds on each end of the open ring ...

The boron-doped diamond lattice remains transparent, with a blue hue. (The famous Hope Diamond is blue because it contains small amounts of boron). Because of its other unique properties – it’s also ...

Diamond type is directly related to color and the lattice defects that are modified by treatments to change color. Knowledge of type allows gemologists to better evaluate if a diamond might be treated ...

The boron-doped diamond lattice remains transparent, with a blue hue. (The famous Hope Diamond is blue because it contains small amounts of boron). Because of its other unique properties—it’s also ...

The boron-doped diamond lattice remains transparent, with a blue hue. (The famous Hope Diamond is blue because it contains small amounts of boron). Because of its other unique properties—it’s also ...

The ethical implications are equally as significant, as diamond mining can lead to the displacement of both people and wildlife ... Reviewing everything from quality and design to style and cost, read ...

For the spheres to crystallize on a diamond or pyrochlore lattice, both of which are quite open, another trick is needed. Previously, it had been proposed to stack two different types of spheres 9.