Robots Multiply their Battery Life by Emulating Body Fat
The new zinc batteries are adaptable and modular, similar to the energy reserves of animals, and are distributed throughout the robot's structure.
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Finnish researchers have developed a novel technique that mimics leaf microstructures to boost the performance and sustainability of flexible electronics.
The new zinc batteries are adaptable and modular, similar to the energy reserves of animals, and are distributed throughout the robot's structure.
Fighting global warming while also fertilizing plants is now possible thanks to a new green technology that only requires carbon dioxide and sunlight.
The human eye already has a rival that adds night vision and could soon help people with blindness as a prosthesis or be used in robotic systems.
The ability of mosquitoes to detect obstacles has inspired a new collision avoidance sensor for drones and other flying vehicles.
By using carbon nanotubes, this innovative technology detects the release of ethylene gas in flowers, fruits, and vegetables when they are about to spoil.
With onboard artificial intelligence and edge computing systems, together with built-in cameras, the autonomous Mayflower offers a glimpse into the future of sea travel and research.
A team of researchers is leveraging the ability of silk-spinning spiders to handle nanofibers.
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