Professional jewelers and gemologists cannot differentiate between a lab-created diamond and a natural one just by looking at it with the naked eye. They'll need to use a microscope to look for the small differences in its inclusions that indicate how it formed. Natural diamonds and laboratory diamonds can be entered. However, laboratory diamonds have different laser inscriptions that identify them as manufactured in the laboratory.
Jewelers can see this inscription through their magnifying glasses or microscopes. This is the best way to distinguish a laboratory diamond without having to send it in for analysis. The differences between natural diamonds and lab-grown diamonds cannot be seen with the naked eye. Natural diamonds have small amounts of nitrogen, while lab-grown diamonds have no nitrogen.
In reality, this is one of the signifiers used by gemologists to identify if a diamond is natural or cultivated in the laboratory. After working in the diamond business for so many years, I have a lot of experience with different diamonds. Be sure to get a receipt and documentation, such as a diamond classification report, detailing the type of stone you have. Sandy Shafer was thrilled when her boyfriend Jay bought her diamond earrings from a jewelry box at a local mall and gave them to her for Christmas.
The most common mistake people make when buying diamonds is buying a diamond with a degree of clarity that is too high to appreciate. If a diamond has a VVS size inclusion and the image is focused on a layer of different depth, there is no chance of seeing a small inclusion. They have the same electrical and thermal conductivity that diamond analyzers use to distinguish diamonds. Lab-grown diamonds are sometimes referred to as CVD or HPHT, this simply denotes the process used to create the diamond.
They have the same chemical, physical and optical properties as mined diamonds and exhibit the same fire, twinkle and flash. Although it takes several weeks to grow and cut, only a few lab-created diamonds emerge in perfect condition. These lab-grown diamonds consist of real carbon atoms arranged in the characteristic crystalline structure of the diamond. And some of them can produce traces of boron, which makes laboratory diamonds electrically conductive.
There's no right or wrong answer when it comes to choosing between a lab-grown diamond and a natural diamond.