Geological & Scientific Properties
- Amazonite
- Amethyst
- Ametrine
- Amphibole Quartz
- Angelite
- Aquamarine
- Blue Lace Agate
- Charoite
- Colombian Lemurian
- Crystalized Rose Quartz
- Danburite
- Dianite
- Finland Spectrolite
- Flower Agate
- Fluorite
- Golden Mica
- Green Apophyllite
- Herkimer Diamond
- Indonesian Amber
- Iolite
- Iris Agate
- Kunzite
- Labradorite
- Larimar
- Lavender Quartz
- Lepidolite
- Libyan Desert Glass
- Malachite
- Meterorites
- Moldavite
- Mangano Calcite
- Moonstone
- Mozambique Rose Quartz
- Ocean Jasper
- Opal
- Oregon Sunstone
- Peach Scolecite
- Pink Fire Quartz
- Plum Blossom Jade
- Rainbow Clear Quartz
- Rainbow Moonstone
- Rainbow Obsidian
- Rainbow Scapolite
- Rose Quartz
- Ruby
- Russian Moonstone
- Rutilated Quartz
- Selenite
- Seraphinite
- Serpentine
- Smoky Quartz
- Sunstone
- Tibetan Turquoise
- Tourmaline
- Turgite
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Violane Blue Diopside
Geological and scientific properties of natural elements like rocks, minerals, crystals, and gemstones are key areas of study in earth sciences. These properties determine their formation, structure, and usage. Rocks, formed from mineral aggregates, are classified into igneous, sedimentary, and metamorphic, based on their origin and transformation. Minerals, the building blocks of rocks, are naturally occurring inorganic substances with distinct chemical compositions and crystalline structures. Their identification involves studying properties like color, hardness, cleavage, and luster.
Crystals, a specific form of minerals, are characterized by their well-defined geometric shapes, resulting from uniform internal atomic arrangements. Their formation is influenced by environmental conditions like temperature and pressure. Gemstones, either minerals or rocks, are valued for their rarity, beauty, and durability. Their appeal lies in unique traits such as color, clarity, and the ability to refract light.
Understanding these properties not only aids in identification and classification but also reveals much about Earth's history and the processes shaping its surface and interior. This knowledge has practical applications in various fields, including geology, jewelry making, and material sciences.