LGD in TECH is a Global Membership Consortium Devoted to Technology-Grade Grown Diamond Material and
Growers, Researchers and Tech Product Developers that Benefit From Its Use.
Gemological Institute of America (GIA) is stepping into the future of technology … and it’s redefining what diamond can do.
In our third episode of LGDinTECH Insights, Liz Chatelain sits down with GIA’s leading diamond scientists – Dr. Wuyi Wang,
Dr. Ulrika D’Haenens-Johansson, and Dr. Daniel Jones for an unprecedented deep dive into GIA’s new Testing & Metrology Division for Technical-Grade Diamond.
LGDinTECH had a tremendous Semicon West 2025 exhibition in Phoenix 7-9 October. We met hundreds of tech product developers from multiple industries, all of whom were already using technology grade grown diamonds or researching and developing a new application to use them.
WSJ goes inside one of the world’s leading synthetic diamond labs to see how the material — and its applications — are rapidly evolving. Photo: Ian Snape, By: Wall Street Journal
Welcome to LGDinTECH Insights Episode 2! Hosted by Jodie O’Brien and Liz Chatelain, this episode explores the cutting-edge world of technology-grade diamonds with a special focus on nano diamonds and their game-changing applications.
Watch LGDinTECH’s exclusive video interview with Olga Shenderova Ph.D., CEO of Adamas Nanotechnologies.
LGDinTECH Exclusive Video Introduction to Olga Shenderova Ph.D., CEO of Adámas Nanotechnologies.
Hosted by tech futurist Alfred Poor and LGDinTech Co-founder Liz Chatelain, this episode explores how the evolution of technology-grade grown diamond material is quickly becoming a once-in-a-lifetime transformative opportunity for technology, manufacturing, and sustainable development.
Collaborate throughout the grown diamond supply chain, work directly with prime source.
Grown Diamond combines several extreme material properties that no other commercially scalable substance can match, giving it a unique edge in next- generation deep-tech hardware.
Grown Diamond lengthens the service life of deep-tech hardware because it suppresses—or outright removes—the dominant failure mechanisms that normally age electronic, photonic and electromechanical systems.
Grown Diamond adds human and eco-safety margins at multiple points in the deep-tech stack, from the reactor that grows the crystal to the fielded hardware running at full power. Being a natural heatsink, perhaps no more battery fires!
Grown Diamond is sustainable not just because it avoids the impacts of mining diamond but because its production can be powered by clean energy and its unmatched material properties make the technologies we rely on safer, longer-lived and more energy-efficient throughout their life-cycle.
