Two-phase inclusions in tourmaline from Namibia
Two-phase inclusions in tourmaline from Namibia
Inclusions of chrysotile fibres in demantoide garnet from Ural Mountains, Russia
Inclusions of chrysotile fibres in demantoide garnet from Ural Mountains, Russia
Epigenetic inclusion (probanly melanterite) in quartz, Brazil, crossed polarisers
Epigenetic inclusion (probanly melanterite) in quartz, Brazil, crossed polarisers
Two-phase inclusion in amethyst, Brazil
Two-phase inclusion in amethyst, Brazil
Colour zoning in ruby from Mong-Shu, Burma
Colour zoning in ruby from Mong-Shu, Burma
Epigenetic inclusion (probanly melanterite) in quartz, Brazil, parallel polarisers
Epigenetic inclusion (probanly melanterite) in quartz, Brazil, parallel polarisers
Fire opal, Mexico
Fire opal, Mexico
Bubbles and swirls in moldavite (natural glass)
Bubbles and swirls in moldavite (natural glass)
 
 

Gemmology - The Aristocrat of the Natural Sciences

Even if man has succeeded in penetrating the mysteries of the life of animals and plants, precious stones preserve a mystery that arouses astonishment and deep respect.

The perfection of these enchanting products of the mineral kingdom, created millenniums ago by nature, has never ceased to fascinate humanity. Already in prehistoric times coloured pebbles, which seas and rivers had carried and polished, were collected on beaches and riverbanks.

It seems that it was men who, in order to attract the attention of their future companions, adorned themselves at first with these precious jewels before they became the noblest attributes of feminine grace. It was during the Renaissance that the extraordinary diversity of rare and precious stones prompted man to try to decipher their secrets and to discover their mysteries. Since then, the findings have continued to expand and have given way to a new science, born out of mineralogy, uniting several disciplines of the natural sciences; it has developed and became a nobility: the Science of Gemmology.