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
22 records
01
13
Why BE. Avoids Crystal Claims
BE. avoids medical and metaphysical promises because crystals are material objects. The value is geological, visual, tactile and personal, not a guaranteed outcome.
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14
The Geology of Patience: How Long Crystals Take to Form
How long crystals actually take to form — million-year timescales for quartz, decades for opal, and what time tells you about a mineral.
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15
BE. Crystal 4T Grading: Transparency, Tone, Texture & Treasure
An explanation of BE.'s Crystal 4T grading system — the four axes used to grade every strand, from optical transparency to documented origin.
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16
You Don’t Need a Crystal to Fix You
BE. rejects deficiency-based crystal marketing. A stone does not repair a person; it can be chosen for material presence, weight, texture and meaning.
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17
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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18
Rutilated Quartz: 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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19
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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20
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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21
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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22
Prehnite: First to Arrive, Last to Be Noticed
Prehnite is a calcium aluminium silicate associated with low-temperature hydrothermal and metamorphic settings. A BE. note on colour, quality, care and jewellery.
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