The 2.01 ct, D-color, I1-clarity type IaB diamond in figure 1 reveals an intriguing cloud of particles grouped in a triangular shape. These tiny crystal and particle cloud inclusions resemble a galaxy, as if seeing the Milky Way at night.
The DiamondView image in figure 2 reveals blue fluorescence with a hazy triangular glowing area that matches perfectly with the position of the particle cloud in figure 1. Furthermore, this type IaB natural diamond displays a fibrous pattern in the DiamondView instead of the tree-ring pattern that is typical in type Ia diamond. This fibrous pattern is related to a weak B-aggregated (B-center; 4N+V) signal in Fourier-transform infrared spectroscopy.
Finding and analyzing inclusions in diamonds is fascinating, as you never know where the next diamond will lead you—perhaps you will even discover your own galaxy.
The 2.01 ct, D-color, I1-clarity type IaB diamond in figure 1 reveals an intriguing cloud of particles grouped in a triangular shape. These tiny crystal and particle cloud inclusions resemble a galaxy, as if seeing the Milky Way at night.
The DiamondView image in figure 2 reveals blue fluorescence with a hazy triangular glowing area that matches perfectly with the position of the particle cloud in figure 1. Furthermore, this type IaB natural diamond displays a fibrous pattern in the DiamondView instead of the tree-ring pattern that is typical in type Ia diamond. This fibrous pattern is related to a weak B-aggregated (B-center; 4N+V) signal in Fourier-transform infrared spectroscopy.
Finding and analyzing inclusions in diamonds is fascinating, as you never know where the next diamond will lead you—perhaps you will even discover your own galaxy.
