"What makes a stone into a gem?"
Gemstones through our microscope
Star rubies show a 'star' shaped reflection
Emeralds and Aquamarine Beryl minerals
Amethyst, Citrine, Smoky Quartz, Rock Crystal, quartz
"What makes a stone into a gem?"
Star rubies show a 'star' shaped reflection
Emeralds and Aquamarine Beryl minerals
Amethyst, Citrine, Smoky Quartz, Rock Crystal, quartz
Moissanite, a synthetic stone
I have taken all the photographs
for these pages. At first I used a digital compact camera (different
models over the years) held to the eyepiece of a microscope, using a UV filter
to protect the eyepiece from scratches.
Then I bought a Dino-Eye Microscope Eye-Piece Camera, which replaces the microscope eyepiece.
It had serious limitations. The exposure cannot be adjusted (essential when photographing gems), and definition
was poor.
After a few years break, I am using a phone. Big step backwards! I need a gadget to hold the phone
against the microscope. I wanted good quality, so spent over £50! Another mistake, the build
quality is dreadful, the phone wobbles all the time.
Photos are edited with Affinity. It sharpens the picturees, blurring is always a problem when photographing through
a microscope
You will note that the gemstones appear rather dark, this is because
the light is carefully arranged to reduce the normal reflections,
so you can see detail within the stones.
Resizing and cropping the pictures for these pages results in
loss of detail. So I am adding links to the original photos if
they show more detail.
Their shape shows these also have been cropped to remove blank areas.
I love seeing gems through our microscope, and hope you will enjoy the pictures.
While writing about each gem, I have commented on how to
clean the stones. For further information do look at our
page on cleaning jewellery at home.
I give this advice free, and cannot accept responsibility if a gemstone is
damaged by cleaning. If you have any doubts, always consult
a jeweller. Be especially careful if the stone is
damaged.