Phosphorescence, on the other hand, is a rare quality that could cause a diamond to glow in the dark after exposure to light, which doesn’t directly affect fire and brilliance but can be a unique feature. Q9: How do fluorescence and phosphorescence in a diamond affect its fire and brilliance?Ī9: Fluorescence can cause a diamond to glow under ultraviolet light which can sometimes enhance the color of diamonds with a yellowish tint, potentially affecting the perception of fire and brilliance. Precise computer-aided design (CAD) and laser cutting are examples of modern techniques that allow for more exact facet arrangements to enhance light performance. Q8: Are there any new cutting techniques that have been developed to enhance a diamond’s fire and brilliance?Ī8: Advancements in cutting technology and techniques continue to emerge aiming to maximize a diamond’s fire and brilliance. For instance, a white gold or platinum setting might reflect more light into the diamond, potentially enhancing its brilliance, while a yellow gold setting might add a warm hue to the diamond, possibly affecting the perceived fire and brilliance. Prong vs Bezel Setting: Complete ComparisonĪ7: The material of the setting can reflect light in different ways.Shared Prong vs Pave Setting (Comparison).8 Types of Halo Ring Settings (& Images). 4-Carat Diamond Ring: The Ultimate Guide.0.90 vs 1 Carat Diamonds: How to Decide.The Diamond Carat Comparison Guide: Size and Sparkle.G vs I Color Diamonds: What’s the Difference?.
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