Can diamond solve the quantum bottleneck? Liz Chatelain explains why technology-grade grown diamonds are the key to room-temperature quantum computing and sensing. While most quantum sensing systems require extreme sub-zero cooling, LGDinTech is bridging the gap with diamond substrates. Discover how NV centers in technology-grade grown diamonds allow qubits to remain stable without massive freezers, moving quantum from the lab to industrial reality.

Is your hardware overheating? Liz Chatelain, co-founder of LGDinTECH, details how technology-grade grown diamond transforms thermal management for RF, power, and laser systems. With several times the thermal conductivity of copper and proven use in real products, diamond allows higher power densities, cooler junctions, and smaller designs. Integration is flexible—start with diamond layers or bonded parts. Break free from thermal limits with advanced material engineering.