Each gem (or mineral) has specific chemical and physical properties.
For detailed informations consult the link bellow.
A scientist who studies gems and crystals is called a gemologist or mineralogist. They analyze the physical and chemical properties of gemstones and minerals to understand their formation, composition, and characteristics.
Gems such as ruby, sapphire, and garnet are commonly used in the construction of lasers. These gems are referred to as laser crystals and are chosen for their unique optical properties that help amplify and generate laser light.
what properties do gems have that make them valuable
Both crystals and organic gems are formed through natural processes involving the accumulation and solidification of minerals or organic material over time. Both can be influenced by factors such as temperature, pressure, and chemical composition of their environment. Additionally, both crystals and organic gems exhibit unique internal structures that contribute to their distinct physical properties and appearances.
Anisotropic gems have unique properties where light travels at different speeds in different directions, causing them to display different colors and patterns when viewed from different angles. This phenomenon is known as pleochroism. Additionally, anisotropic gems have varying hardness and refractive indices depending on the direction of light passing through them.
Yes, diamonds made in laboratories are considered real because they have the same chemical and physical properties as natural diamonds. They are made using processes that mimic the natural conditions in which diamonds are formed in the Earth's mantle.
Gems such as ruby, sapphire, and emerald can be used to create lasers. The specific gem used will depend on the desired wavelength and properties of the laser being produced.
Diamonds are considered valuable due to their rarity, hardness, unique optical properties, and association with luxury and status. Their scarcity in nature, long history of being used in jewelry, and successful marketing campaigns by diamond companies have all contributed to their high value in the market.
A Berylometer is a device used to measure the birefringence of materials, particularly gems or minerals such as beryl. Birefringence is the difference in refractive index between light polarized in different directions. The Berylometer helps gemologists and scientists analyze the optical properties of beryl gemstones.
They can dig for diamonds and other gems in the mountains
Chatoyancy is associated with the optical property of certain minerals or gems displaying a cat-eye effect when light is reflected off them, usually due to fibrous or needle-like inclusions within the stone. Asterism is associated with the optical property of certain minerals or gems displaying a star-like pattern when light is reflected off them, usually due to inclusions arranged in a specific alignment within the stone.
playfree 1000 gems playwild 1000 gems danceparty 1000 gems foodfight 1000 gems NewYearsJam 1000 gems discovery 1000 gems potion 1000 gems playsmart 1000 gems moviebytes-1,000 gems peskyphantoms-phantom cage