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A diamond's cut is not only refers to its shape, but also how effectively the stone can return light back to the viewer's eye. A well-cut diamond will appear very brilliant and fiery, while a poorly cut stones can appear dark and lifeless, regardless of its color or clarity. Not only do well-cut diamonds appear more brilliant, they also generally appear larger than other stones of the same carat weight. An “ideal” stone has both increased brilliance as well as an increased diameter relative to more deeply cut diamonds. |
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Diamond AnatomyEach and every diamond has its own unique set of properties and proportions: |
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Well–proportioned diamonds exhibit three different properties: brilliance, dispersion and scintillation. As light strikes a diamond's surface, it will either reflect off the table of a polished stone or enter the diamond. The light that is reflected is known as the diamond's brilliance —the flash of white light one will see when looking at a stone. As light travels through a stone, some of the light rays are separated into flashes of color. This is known as dispersion. The result of dispersion—the separation of white light into its spectral colors— is known as fire. Scintillation is flashes of color that are viewable as an observer moves a diamond back and forth.
Use this interactive tool to see how depth and table percentages can affect the brilliance in a round diamond. Please Note: this example is for a round diamond only—fancy shapes have their own set of unique properties.
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