"This article describes recent work performed by a research team at the California Institute of Technology in Pasadena, California, to influence the path of light return in a diamond—and thus enhance the perceived fire—by patterning small areas of its facet surfaces with a high-resolution diffraction grating using a proprietary, patent-pending method that combines microlithography and plasma etching"
"CUTTING DIFFRACTION GRATINGS TO IMPROVE DISPERSION (“FIRE”) IN DIAMONDS
- Al Gilbertson, Benjamin Gudlewski, Mary Johnson, George Maltezos, Axel Scherer, and James Shigley"
Okay, y’all made me drive to the mall… Verdict? Meh.
Very bright and colorful under the pinpoint lighting. (Sorry for the blurry picture!)
But the *regular* diamonds were also bright and colorful under the pinpoints. I actually mistook some regular diamonds in the next case for the Leo First Light diamonds.
Much, much less noticeable under natural light.
I also took some video which I will link just as soon as I figure out how to do that!
Platinumplus you're the mvp!
I mean, I'm actually not mad at them. But I love some color and sparkle!
I've decided I shouldn't be so judgemental after realizing my moissy and diamonds do the same thing in my kitchen.
I think the fire is pretty but I would for sure get a moissanite instead.
It’s funny how we’re cutting moissanites to be more like diamonds and diamonds to be more like moissanites lol.
I think the fire is pretty but I would for sure get a moissanite instead.
It’s funny how we’re cutting moissanites to be more like diamonds and diamonds to be more like moissanites lol.
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