In its pure form, fluorite is colorless, but depending on the trace elements, fluorite can have different colors. For example, fluorite can have the colors purple, green, yellow, blue or sometimes even red.
In its pure form, fluorite is colorless, but depending on the trace elements, fluorite can have different colors. For example, fluorite can have the colors purple, green, yellow, blue or sometimes even red.
Approximately 14.2 million years ago, a meteorite impact formed moldavite, a stone known for its intense energy and connection to cosmic forces.
Approximately 14.2 million years ago, a meteorite impact formed moldavite, a stone known for its intense energy and connection to cosmic forces.
Approximately 14.2 million years ago, a meteorite impact formed moldavite, a stone known for its intense energy and connection to cosmic forces.
Approximately 14.2 million years ago, a meteorite impact formed moldavite, a stone known for its intense energy and connection to cosmic forces.
Approximately 14.2 million years ago, a meteorite impact formed moldavite, a stone known for its intense energy and connection to cosmic forces.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
In its pure form, fluorite is colorless, but depending on the trace elements, fluorite can have different colors. For example, fluorite can have the colors purple, green, yellow, blue or sometimes even red.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Approximately 14.2 million years ago, a meteorite impact formed moldavite, a stone known for its intense energy and connection to cosmic forces.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
In its pure form, fluorite is colorless, but depending on the trace elements, fluorite can have different colors. For example, fluorite can have the colors purple, green, yellow, blue or sometimes even red.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
Very special fluorite that changes from green to purple under the UV radiation of daylight! A fantastic phenomenon that very few minerals possess.
