Scientists have developed a soft, stretchable 'jelly' battery inspired by electric eels, suitable for wearable tech and drug delivery. Emulating the electric eel's electrocytes, the batteries could be used for brain implants.
Electric eels can vary voltage for hunting and stunning prey, reaching up to 860 volts. Mimicking their process, the batteries could produce substantial power for various applications.
Challenges in creating stretchable and conductive materials are tackled with the 'jelly' battery design. Researchers are inspired by electric eels' ability to produce varying voltage discharges effectively.
The 'jelly' battery design could revolutionize soft robotics and wearable electronics. Co-author Stephen O'Neill highlights the challenging balance between stretchability and conductivity in material design.
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