Recycled Wool Has Been Transformed into a Smart Textile with Shape Memory
Researchers recycle wool to create a biocompatible and programmable material that can recover its shape and, in the process, reduce waste from the textile industry.
MIT has developed a technology to optimise the conversion of CO₂ into organic compounds, adding to its potential applications in areas such as food protein production and sustainable concrete manufacturing.
Researchers recycle wool to create a biocompatible and programmable material that can recover its shape and, in the process, reduce waste from the textile industry.
Using a scanning tunneling microscope, the technology learns to "grab" and move individual molecules with infinite possibilities.
The MIT is working on new sensors that will allow vehicles to see up to three meters deep, regardless of snow or fog.
The new printing technique generates circuits that can be used for smart packaging and do not require external power sources to operate.
Tools such as artificial intelligence, big data, IoT, or drones help firefighters against one of the greatest environmental disasters.
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.
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