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Princesse
Princesse
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Region: DZ
Friday 01 May 2026 07:22:22 GMT
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This Burmese ruby and diamond necklace holds a secret—revealed only under ultraviolet light. As the UV lamp passes over the piece, the rubies glow vivid red, while some of the diamonds glow blue. The rubies’ intense fluorescence comes from chromium—the same element that gives them their rich color. Formed in marble deposits, Burmese rubies contain very little iron. Since iron can suppress fluorescence, its absence allows the stones to fluoresce with remarkable intensity, enhancing the gems’ red color even under daylight and increasing their value. Diamonds fluoresce for an entirely different reason. Most diamonds contain trace amounts of nitrogen within their crystal structure. Under certain conditions, these nitrogen atoms can absorb UV energy and emit a soft blue light. Heading to #JCK Las Vegas? Visit the GIA booth to learn about the science and beauty of gemstone fluorescence. #fluorescent #gemstones #rubies #jewels
This Burmese ruby and diamond necklace holds a secret—revealed only under ultraviolet light. As the UV lamp passes over the piece, the rubies glow vivid red, while some of the diamonds glow blue. The rubies’ intense fluorescence comes from chromium—the same element that gives them their rich color. Formed in marble deposits, Burmese rubies contain very little iron. Since iron can suppress fluorescence, its absence allows the stones to fluoresce with remarkable intensity, enhancing the gems’ red color even under daylight and increasing their value. Diamonds fluoresce for an entirely different reason. Most diamonds contain trace amounts of nitrogen within their crystal structure. Under certain conditions, these nitrogen atoms can absorb UV energy and emit a soft blue light. Heading to #JCK Las Vegas? Visit the GIA booth to learn about the science and beauty of gemstone fluorescence. #fluorescent #gemstones #rubies #jewels

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