GOSHENITE Meaning and
Definition
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Goshenite is a noun that refers to a colorless, transparent variety of the mineral beryl. It is considered a precious gemstone and is valued for its purity and brilliance. The name "goshenite" is derived from the Hebrew word "Goshen," which means "land of plenty" or "abundance."
Goshenite has a hardness of 7.5 to 8 on the Mohs scale, making it relatively durable and suitable for use in jewelry. It is composed of beryllium aluminum silicate and typically forms in hexagonal prismatic crystals. While it is commonly colorless, it can display a pale pink, blue, or green hue due to impurities present in the crystal lattice.
Due to its high clarity and transparency, goshenite has been regarded as a symbol of purity, clarity, and spirituality. It has been used as a spiritual stone in various cultures, believed to enhance enlightenment and connection with higher realms. In the world of gemology, goshenite is also appreciated for its neutral color, as it can serve as a versatile substitute for diamonds in jewelry designs.
Goshenite is found in various locations around the world, including Brazil, Madagascar, Afghanistan, and the United States. It is often mined alongside other beryl varieties, such as emerald and aquamarine. The gemstone is usually faceted to maximize its brilliance and light-reflecting properties. It is highly sought after by collectors, gem enthusiasts, and jewelry designers alike.
Common Misspellings for GOSHENITE
- foshenite
- voshenite
- boshenite
- hoshenite
- yoshenite
- toshenite
- gishenite
- gkshenite
- glshenite
- gpshenite
- g0shenite
- g9shenite
- goahenite
- gozhenite
- goxhenite
- godhenite
- goehenite
- gowhenite
- gosgenite
- gosbenite
Etymology of GOSHENITE
The word "goshenite" is derived from the region of Goshen, which is located in Litchfield County, Connecticut, United States. Goshen was known for its significant deposits of colorless or white variety of beryl, which eventually became known as goshenite. The term "goshenite" was first used in the late 19th century to specifically describe this type of beryl.
