01
BE. Stone Buying Checklist
How to read a crystal bracelet before you buy it: ten checks, in order, with the reasoning behind each. A4 PDF included.
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Journal
Field notes for understanding materials, comparing stones, choosing size, and caring for what you wear.
Published records
234 records
01
93
Natural vs Heated Citrine: A Material-First Honest Look
An honest comparison of natural citrine and heated amethyst citrine — both are quartz, both are natural in mineralogical sense, and what the labels actually mean.
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94
Rose Quartz Guide: Colour Origin, Varieties & Jewellery
A geology-first guide to rose quartz — what gives quartz its pink colour, why some pieces show asterism, where the best material forms, and how to read a...
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95
Prehnite: A Pale Green Stone and Its Inclusions
A geology-first guide to prehnite: calcium-aluminium silicate formation, why some pieces show dark needles, top deposits and how to read a strand.
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96
Green Phantom Quartz: Every Layer Is a Chapter
Green phantom quartz keeps earlier growth surfaces as visible internal layers. Learn how chlorite phantoms form and how to choose readable green phantom jewellery.
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97
Clear Quartz Guide: Purity, Optical Quality & Jewellery
A geology-first guide to clear quartz — its lattice, why some specimens are flawless and others milky, where the best material forms, and how to read a strand.
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98
The Stone That Couldn't Stay Quiet
Rutilated quartz contains rutile needles inside quartz. A material-first note on titanium dioxide inclusions, density, readability and BE. golden rutile jewellery.
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99
Garnet Guide: Mineral Family, Origins & Jewellery
The garnet family, its colours and documented localities, with a short film and a guide to observing a finished strand.
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00
How Amethyst Turns Violet: Transformations in the Dark
Amethyst is violet quartz formed through trace iron, natural radiation and time. A geology-first note on colour centres, care, safety and amethyst jewellery.
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01
Why Iron Looks Red Sometimes — and Green, Blue or Yellow Other Times
Aquamarine is blue because trace iron behaves differently inside beryl. A material-first note on Fe2+, beryl, heat treatment and choosing blue crystal jewellery.
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02
What Obsidian Knows About Stillness
Obsidian is volcanic glass: a material formed without a lattice, made sharp by fracture and, in gold sheen obsidian, lit by oriented structures inside the glass.
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03
Gold Sheen vs Black Obsidian: Sheen Cause, Look & Choosing
A geology-first comparison of gold sheen and black obsidian — what creates the metallic shimmer, how the volcanic glass differs, and which to choose.
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04
Crystal Colour Chemistry: Trace Elements and Hue
The chemistry of crystal colour — Cr / Fe / Mn / Cu / V trace elements and how each shifts mineral hue across the gem spectrum.
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