Science of Diamonds

Diamonds have assumed a range of symbolicquality of these diamonds is generally lower than
meanings throughout history, including the historicthose which form deep within the earth.
notion that diamonds bestowed mysteriousDiamond deposits that are large enough for mining
powers of protection and healing upon the eliteare generally located in cratons, which are vast
few who possessed them. Widely renowned andareas of the earth’s crust which have
commercially prevalent today, diamonds are nowreasonably stable properties and cover a large
commonly associated with wealth, status, andpercentage of most continents. Cratons consist of
love.a substantial crust with roots that extend into the
A diamond is the most concentrated form ofearth’s mantle below. Diamonds are
carbon, the element essential for all forms of life.transported to the earth’s surface by
The diamond is differentiated from othermagma, or liquid volcanic rock traveling through
substances comprised of carbon due to its uniquethese roots, which cools and hardens as it
crystal structure, which identifies the bond amongreaches the cooler temperature of the
a repeating arrangement of compounds orearth’s surface. During this hardening process,
elements that produce a solid entity. In fact, thecone shaped diamond deposits materialize, named
diamond consists of the strongest chemical bondkimberlite pipes after Kimberley, South Africa
known today, lending to the diamond’swhere the first kimberlite pipe was found. While
exceptionally resilient properties.diamonds are occasionally discovered in
The natural process through which diamonds formmeteorites and different types of rocks, most
adds mystique to their enchanting allure. Diamondsdiamonds have historically been found in kimberlite
typically form deep within the earth where therepipe deposits.
exist conditions of extreme heat and pressure,The value of the diamond extends far beyond
with evidence suggesting that diamonds havethe exquisite beauty that makes it popular for
formed hundreds of miles below the earth’suse in fine jewelry. The hardest substance known
surface. Temperatures in excess of one thousandto man, diamonds can also withstand extreme
degrees Celsius and pressure of at least fiftypressure and shock, making them valuable for
kilobars are conditions necessary for diamondindustrial use in tools for cutting, polishing, drilling
formation, with the atmospheric pressure at seaand grinding. Flawed diamonds that are not suited
level measuring just one kilobar. In some cases,for jewelry as well as synthetic diamonds are
diamonds form at shallower depths which exhibitoften designated for such manufacturing
abnormally high levels of pressure, though theapplications.