Most diamonds have minor inclusions and it is these internal markings that are very valuable in identifying your diamond because there are no two diamonds that have inclusions in exactly the same places.
What does a diamond look like under a microscope.
This is the c of clarity.
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This will quickly tell you 2 things.
These are photomicrographs very thin slices of rock seen in plane polarised light or between crossed polarisers when the colours seen are produced by interference of light.
For the general consumer here are a few other reasons why learning to loupe a diamond is a useful skill.
You ll actually see what a diamond looks like under a jeweler s microscope and then you ll also be able to see what the clarity looks like on a diamond plot i m using gia for all of these examples.
Inclusions reveal the gem s journey from deep within the earth to its surface.
Look for a flawless piece to spot cubic zirconia.
Gia researchers explore this hidden universe by photographing gemstones at magnifications up to 1 000 times larger than what the unaided eye can see.
Use a microscope or a magnifying glass to look at your piece up close.
Some common rock types as seen under the microscope.
Rocks under the microscope.
When inspecting a diamond ring under the 10x loupe you want to get a rough idea on where the inclusions are.
I m going to show you diamonds in most of the clarities available on the web.
If the piece does have some flaws it is most likely a diamond.
Under the microscope look at what s in the diamond.
In this video you see how diamonds look like right after they have been mined.
Firstly does the diamond match up to the inclusion plot as stated in the grading report.
Peer through a microscope and discover another world of gems.
Put a gemstone under a high powered microscope and you ll see a world of breathtaking beauty.