First Things First
Laboratory grown diamonds are visually, physically and atomically identical to their mined counterparts — in essence, they are just as “real” as those from the earth. The only true difference? Their point of origin. Through advancements in science and technology, a diamond can be “grown” above ground, within a controlled environment, replicating diamond growth processes that occur deep in the earth’s crust.
Today, they are more popular than ever, as modern consumers discover the inherent value of a laboratory grown diamond, and look for new sustainably-minded and socially responsible options in luxury. Years of scientific experiments, breakthroughs and discoveries lay behind us, and a bright future — ahead.
A Brief History
In 1797, scientists discovered that a diamond was made of pure Carbon (C), and a quiet frenzy of attempts were then made to convert different forms of carbon into diamonds. In the late 1800s, pioneering material scientists James Ballantyne Hannay and Ferdinand Frédéric Henri Moissan completed the first documented diamond growth attempt using high-pressure and high-temperature. While their ultimate success was never confirmed, many scientists began to experiment with their synthesis methods, leading way to a new generation of development and discovery.
In 1941, General Electric jumped into the ring and assembled a team to develop new, man-made diamond processes. Briefly interrupted by World War II, their work resumed in the ‘50s, with Tracy Hall of GE credited with the first verified batch of man-made diamonds in 1954. All small and of poor quality, they were initially used for industrial purposes, but a breakthrough nonetheless.
In the 1970s, GE successfully created small, gem-quality diamonds for the first time using the seeds of natural diamonds. Over the ensuing decades, until the end of the 20th century, new growing methods were introduced, all after the elusive goal of repeatable, consistent and high-quality diamond growth.
Where We Come In
That brings us to 2020, and the launch of brand Cosmos Diamonds — uniting the best in technology, innovation, and purpose.
Today, our perfected CVD process begins with a high-quality diamond seed — a thin sliver of a diamond — placed inside of a proprietary vacuum chamber. Carbon-rich gases are then introduced and heated to create plasma. Pure carbon atoms attach to the diamond seed, growing it into a new, larger diamond. Finally, through a fully traceable, sustainably-minded process, the rough Cosmos diamond passes our rigorous quality inspection, and is then expertly planned, cut and polished by our team of diamond artisans. From there, each stone is graded against The 5Cs (Cut, Color, Clarity, Carat, and now, Climate Neutrality).
Through our ground-breaking processes, centuries in the making and years in the perfecting, our diamonds are to the highest cut, quality and make. Grown in the India. Colorless and devoid of impurities. ‘As Grown’ without the need for post-growth treatment.
The Future of Diamonds
The times are changing. No longer will we, as a society, accept claims of environmental and social responsibility without third-party, a transparent certification. It’s not enough to talk the talk. In keeping with our history of disruption, we undertook a rigorous, third-party Environmental, Social and Governance (ESG) audit. Because the future of diamonds is not just one of promise, but delivering on that promise. Cosmos is among the first 100% Climate Neutral diamond brand, and the first to achieve the highest level of Sustainability Rating.
Today, citizens of the world are opting to celebrate love, commitment, and connection through deeply personal, conscious purchasing decisions. At Cosmos, we commit to being there for you, to help you mark your milestones (whatever they may be) with a brilliantly made diamond that stands for more. That stands up for more.
A new story about diamonds starts here — will you join us write the future?