World’s First Carbon-14 Diamond Battery Revolutionizes Energy Storage
Why in the news?
Scientists have developed the first carbon-14 diamond battery, a long-lasting, safe power source with potential applications in healthcare, space exploration, and extreme environments.
Introduction to Carbon-14 Diamond Battery:
- Developed by scientists from the University of Bristol and the UK Atomic Energy Authority (UKAEA), this is the world’s first carbon-14 diamond battery.
- Uses carbon-14, a radioactive isotope with a 5,700-year half-life, ensuring a long-lasting power source.
- Short-range radiation emitted by carbon-14 is absorbed by solid materials, ensuring safety and reliability.
Technology and Functionality:
- The battery’s core is made of carbon-14 encased in diamond, the hardest material known, offering exceptional strength and durability.
- Operates like a solar panel, capturing fast-moving electrons within the diamond structure and converting them into electricity.
- This design ensures resilience and efficiency, suitable for long-term applications.
Applications and Benefits:
- Healthcare: Ideal for pacemakers, hearing aids, and ocular devices, removing the need for frequent battery replacements.
- Extreme Environments: Suitable for deep-space missions and remote areas, where replacing conventional batteries is impractical.
- Space Exploration: Provides reliable energy for spacecraft, eliminating the need for recharging or replacing power sources.
- This innovation represents a significant leap toward sustainable, efficient, and long-term energy solutions.
Carbon-14 Diamond Battery: Key Points
- Battery Mechanism: Utilizes carbon-14’s radioactive decay, with a 5,700-year half-life.
- Energy Generation: Captures fast-moving electrons within diamond, similar to solar panels.
- Safety: Diamond structure absorbs radiation safely, generating low electricity without leakage.
Sources Referred:
PIB, The Hindu, Indian Express, Hindustan Times
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