Diamond is the crystallized form of carbon. Carbon crystallizes in a cubic system which is the strongest and most symmetrical known on Earth, and is born hundreds of miles below the Earth's surface. Diamonds were formed more than 70 million years ago when diamond-bearing ore was brought to the surface through volcanic eruption. After the magma cooled, it solidified into blue ground, or kimberlite, where the precious rough is found today.

Today, the conditions that spawned diamonds in the Earth’s depths can be reproduced in a lab. Lab-grown diamonds are actual diamonds, made up of crystallized carbon just like their natural cousins. Lab-grown diamonds are not simulants like cubic zirconia or moissanite. Lab grown diamonds have the durability or luster of actual diamonds and retain their brilliance forever.

The durability of a gem depends on both its hardness and toughness. Diamond, although highest on the scale of hardness (rated 10 on the Mohs scale), is not as tough as some gems because of its good cleavage. (Cleavage is the tendency of a diamond to split in certain directions where the carbon atoms are furthest apart.) Diamonds have a very high degree of transparency, refractivity and dispersion or 'fire' which gives rise in cut diamonds to a high degree of brilliancy and a display of prismatic colors. A diamond's fiery brilliance makes it cherished above all other gemstones by the majority of people. Diamonds occupy a position of incomparable demand.

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