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MIT Scientists Build Tiny Robot That Swims Using Living Muscle Cells
Sentiment: NeutralHigh Priority
What Happened?
MIT researchers have created a tiny swimming robot powered by living muscle cells. This innovative device uses light to control its movement through water.
Key points
- The robot is powered by a layer of genetically modified muscle cells that contract in response to light.
- It can swim approximately four times its body length per minute.
- The design is thinner and potentially cheaper than traditional biohybrid robots.
- The research team included several members from MIT's mechanical engineering department.
- The project builds on previous work involving artificial muscle disks.
Key insights
- The robot's design may reduce manufacturing costs for biohybrid robots.
- Living tissue's ability to heal could allow these robots to operate in sensitive environments.
- Future iterations could enhance speed and efficiency for practical applications.
Why it matters
This development could lead to more efficient biohybrid robots for delicate tasks in fragile environments.
Entities
MIT· OrganizationRitu Raman· PersonMaheera Bawa· Person
Source
Science Daily
