Quantum Without Freezers
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.
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Hi, I’m Liz Chatelain of LGD in Tech.
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Quantum computing and sensing promises us to change everything, from medicine to
cyber security.
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But right now, we’re hitting a wall.
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Most quantum sensing systems require extreme sub-zero cooling to function.
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But the solution really isn’t bigger freezers.
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It’s technology-grade diamond substrates.
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It’s wide bandgap and incredible thermal conductivity.
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In quantum world, they are using nitrogen vacancy centers,
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NV centers, in these diamonds to create qubits that are incredibly stable.
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Because diamond is so rigid, it protects these quantum states
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and allows them to function at room temperature, not sub-zero temperatures.
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We’re moving from a laboratory curiosity to industrial-grade reality
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because of technology-grade grown diamond.
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At LGD in Tech, we are building an ecosystem that connects advanced diamond
growers
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with tech developers who need them.
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If you want your quantum project to reach its peak,
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you need the right material foundation.
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That’s diamond.
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Contact us at lgdintech.org and subscribe to our YouTube channel.