Das Kristall- und Mineralientresor

Welcome to our Crystal and Mineral Knowledge Hub, where science tradition and mindful practice come together. This space is dedicated to exploring the formation properties and cultural associations of crystals and minerals through Mineral Vault profiles and practical guides designed to encourage informed discovery and deeper understanding.

Go to our Mineral Guides for science based knowledge and the 'How to Guides' for spiritual practices.

Alle Artikel Aegirine Agate Alexandrite Almandine Garnet Amazonite Amber Amethyst Ammonite Amphibole Analcime Angelite Anhydrite Anthraxolite Apatite Apophyllite Aquamarine Aragonite Aragonite Sputnik Asterism Azurite Beginners Guide Beryl Birefringence Black Obsidian Black Tourmaline Blue Aragonite Blue Calcite Blue Halite Blue Kyanite Boulder Opal Calcite Caribbean Calcite Carnelian Chalcedony Chalcopyrite Charoite Chatoyancy Chemical Formula Chlorite Chlorite Quartz Chrysocolla Chrysoprase Citrine Clear Quartz Cleavage Clinochlore Cobalto Calcite Cobaltoan Calcite Copal Copper Crocidolite Crystal Habit Crystal System Dispersion Epidote Fancy Jasper Feldspar Ferruginous Quartz Fire Quartz Flower Agate Fluorescence Fluorite Fossil Fracture Fuchsite Fulgurite Garden Quartz Garnet Golden Healer Quartz Grape Agate Green Fuchsite Green Tourmaline Gypsum Hackmanite Halide Halite Hematite Hematoid Quartz Herkimer Diamond Heulandite Hollandite Imperial Topaz Indicolite Iolite Iron Oxide Jasper Kämmererite kunzite Labradorite Lapis Lazuli Larimar Lazurite Lead Lepidolite Lightning Lodalite Lustre Mahogany Obsidian Malachite Manganese Mangano Calcite Mica Mineral Category Mineral Group Minerology Mohs Scale of Hardness Mookaite Muscovite Natrolite Obsidian Ocean Jasper Opal Pectolite Permineralized Wood Photochromism Phyllosilicate Picture Jasper Pietersite Pink Halite Pleochroism Prehnite Pyrite Quartz Red Jasper Refractive Index Rhodochrosite Rhodonite Riebeckite Rubellite Tourmaline Satin Spar Scolecite Selenite Seraphinite Smokey Quartz Sodalite Specific Gravity Stilbite Streak Sugilite Sulphur Tanzanite Tenacity Tenebrescence Tigers Eye Tinaksite Topaz Tourmaline Transparency Turquoise Unakite Uvarovite Vanadinite Yellow Calcite Zebra Calcite Zeolite Zoisite

Pietersit: Wenn Tigerauge einen schlechten Tag hatte und zu etwas Außergewöhnlichem wurde

von/ durch Laura Konst

Pietersit entsteht, wenn Tigerauge durch tektonische Kräfte zerbrochen und mit in verschiedene Richtungen zeigenden Faserbündeln neu verkittet wird. Das Ergebnis ist ein wirbelnder, mehrfarbiger Chatoyance, den kein ungestörtes, parallelfaseriges Material nachbilden kann. Dieser Leitfaden behandelt den zweistufigen Entstehungsprozess, die Wissenschaft des Chatoyance, die Beziehung zu Tigerauge und Falkenauge und beantwortet die Asbestfrage unmissverständlich.

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Das Kristall- und Mineralientresor

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