Diamonds last ... a thousand years

Carbon-14 diamond batteries, developed by Bristol researchers, promise a sustainable energy solution by converting nuclear waste into long-lasting power. These batteries utilize carbon-14, a radioactive isotope extracted from graphite waste, encased in synthetic diamonds to generate electricity. With an expected lifespan of thousands of years, they offer a reliable energy source for various applications, from medical implants to space missions, while addressing environmental concerns by repurposing nuclear waste.

In practice, these batteries have the potential to power devices like pacemakers, eliminating the need for frequent replacements and surgeries. Space exploration could benefit from their durability and consistent output, powering satellites and probes over extended missions without traditional fuel sources. Additionally, their integration into IoT devices could revolutionize energy efficiency, creating self-sustaining systems that reduce dependency on conventional batteries.

Source: The Cooldown

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