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MIT

InnovationsMIT engineers give biohybrid robots a power upgrade with synthetic tendons

Engineers build artificial tendons that let muscle-powered robots move faster and pull harder, marking a major step for biohybrid machines.

Joseph Shavit
SpaceBrightest fast radio burst ever detected traced to nearby galaxy
Green ImpactMIT’s high-tech hydrogel window pulls clean drinking water from dry desert air
Green ImpactMIT is transforming plants into bright, eco-friendly city lights
HealthTiny crystals offer long-lasting drug delivery without the pain
HealthFirst-ever multi-directional artificial muscles could revolutionize robotics
HealthGroundbreaking new devices could restore lost brain functions
AIMIT researchers develop a smarter way to train AI for complex tasks
HealthCutting-edge microparticles can deliver two cancer treatments at once
AIDo humans and AI work better together or alone? Surprising MIT findings
HealthMIT engineers create a tractor beam to manipulate cells from a distance
Green ImpactMIT engineers’ revolutionize the design and operation of wind farms
SpaceGroundbreaking new atomic clock detects dark matter and gravity’s effect on time
DiscoveriesScientists solve the confounding mystery of the Oreo cookie
DiscoveriesScientists discover a previously unknown molecule in space
DiscoveriesEarth can self-correct and stabilize run-away climate change, study finds
DiscoveriesNew sensor offers cheap and fast way to detect harmful “forever chemicals” in drinking water
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