The method prints metal oxide films at room temperature, creating transparent and flexible circuits that maintain conductivity even at high temperatures.
The past can tell us lots about the future when it comes to artificial intelligence.
The caterpillar robot is made up of segments that fold into a flat disk and…
Scientists have stored the human genome in a 'memory crystal' that lasts billions of years,…
A team of advanced propulsion researchers claim to have successfully tested their new dual-mode hypersonic…
Charge Robotics, founded by MIT alumni, has created a system that automatically…
Insilico Medicine launches the first bipedal humanoid AI scientist to operate in…
A recent incident at a festival in China has ignited a heated…
The researchers used microdrops of acid solution on small aluminum surfaces and…
Scientists warn of a critical “red line” as artificial intelligence models demonstrate…
From modular torsos to robots with eerily lifelike facial expressions, these seven…
Researchers at Stanford Engineering have introduced Haptiknit, a soft, flexible knit sleeve…
EPFL researchers have built a drone that can walk, hop, and jump…
Chinese researchers have developed an AI-powered robot that can leap across the…
Researchers develop clinically validated, wearable ultrasound patch for continuous blood pressure monitoring.
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