A remarkable purple star sapphire, dubbed the Star of Pure Land, has been unveiled in Sri Lanka. Weighing an astonishing 3,563 carats, this gem is being touted as the largest documented natural purple star sapphire in existence. The owners, who have chosen to remain anonymous, are reportedly seeking to sell the sapphire for an estimated value of at least $300 million.
The gem, discovered in 2023 near Rathnapura, widely recognized as the “city of gems,” exhibits a distinct asterism that displays six rays, making it a unique specimen in the world of gemstones. According to consultant gemologist Ashan Amarasinghe, the clarity and definition of the asterism are exceptional, contributing to its high value and rarity.
Certification and Significance
The sapphire has been certified by two reputable laboratories, further solidifying its status as an extraordinary find. The unveiling of this massive gem adds to Sri Lanka’s long-standing reputation as a significant source of precious stones. The country is known for its rich deposits of sapphires, rubies, and other valuable gems, attracting collectors and gem enthusiasts from around the globe.
This unveiling not only highlights the gem’s physical attributes but also its potential economic impact. If sold at the projected price, the Star of Pure Land could significantly enhance Sri Lanka’s gemstone market and boost tourism, as visitors are drawn to view such a remarkable artifact.
The sapphire’s discovery has garnered significant media attention, igniting interest in the local gem industry. As the market for gemstones continues to evolve, this sapphire stands as a testament to the natural beauty and wealth of resources found in Sri Lanka.
In summary, the revelation of the Star of Pure Land marks a significant milestone in the world of gemstones, illustrating the profound connection between Sri Lanka’s cultural heritage and its natural treasures. The ongoing interest in this gem underscores the importance of preserving and promoting the country’s unique offerings on the global stage.
