![]() ![]() That gives it a sort of soft and milky look, and while it can be pleasant, it’s not exactly what you paid for, huh? With low-grade cuts, sunlight doesn’t pass through properly but stays inside of the diamonds. You can have the biggest diamonds that are completely colorless and translucent, but if it wasn’t cut by a true professional – it’s not going to shine. It seems strange for us to say that the color and clarity don’t matter – but light works in some peculiar ways, let us tell you. While clarity is important, the cut of a diamond is the most critical factor in its light performance. After all, the diamonds need to be clean and translucent for the light to go through properly, right? The clarity seems as if it would pull the most weight. It’s a logical assumption and one a lot of people stand by. We all know about the 4Cs of diamond grading, and it would seem that they cover just about everything you need to know about a diamond.īut to see the broader picture, we need to go into some more details.Īt first glance, it would seem that how much a diamond shines depends on the color and the clarity of the diamond. The light performance of diamonds is a criterion that not a lot of people think about when they’re looking for their perfect gem. Or in the store, before you buy them if you have the proper tools, of course. There’s inherently nothing working with this practice the diamonds do shine, your eyes can’t trick your brain that much.īut the finest diamonds are graded once you step out of the store. The difference between that type of light and direct sunlight is that diamonds have absolutely no problems shining like crazy while you’re at the store. This light is strong enough for you to feel like you walked into a room with walls of windows – which is exactly the feeling that they’re looking to achieve. See, the trick that they use in those shoes is they always have a large amount of unformed white light all around the diamonds. ![]() They will shine – just not like they do in the stores and photographs. Diamonds that are entirely pure and colorless that happen to be cut to perfection won’t shine at all in the sun. See, the light performance of a diamond depends on a couple of things – the cut and the color. ![]() We know, we know – it makes no sense! But don’t worry, we’ll explain ourselves. Here’s how it works: the higher the quality of a diamond, the less shiny it will be when exposed to sunlight. They do shine, don’t get us wrong, but take them outside in the daylight, and you might get an interesting surprise. They shine in all directions, so much so that it might look like they would shine away even with the light turned off.īut that image might be a little deceiving. The image that you pull to your brain when you think of diamonds is probably one that you saw in films, adverts, or even at a jewelry store: But that formation, as we all know, results in the hardest material on Earth. In essence, their form is quite simple, and yet they achieve so much as soon as the light hits them!Īfter all, they’re just a bunch of carbon atoms in a crystal formation. ![]()
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