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A Brilliant Spark: How Ultrathin Diamonds Are Paving the Way for Self-Powered Medical Devices

Photo: Logan Voss / Unsplash
Researchers have discovered that flexible diamond membranes can generate electricity when deformed, overturning a long-held scientific belief. This breakthrough could soon power tiny, self-sustaining medical implants and advanced environmental sensors without the need for external batteries.
Researchers have discovered that flexible diamond membranes can generate electricity when deformed, overturning a long-held scientific belief. This breakthrough could soon power tiny, self-sustaining medical implants and advanced environmental sensors without the need for external batteries.