This Is The First LIQUID Robot, And It’s Unbelievable
AsapSCIENCE・2 minutes read
A slime robot made of polyvinyl alcohol and borax, containing neodymium magnets, can move in any direction, grab objects, and has potential medical applications. It is versatile, self-healing, and can navigate different surfaces, offering various possibilities for future use.
Insights
- The slime robot's innovative design with neodymium magnets enables it to move in various directions, rotate, and adapt to different shapes, showcasing its versatility and potential for diverse applications, including medical procedures and material engineering.
- Beyond its physical properties, the slime robot's self-healing capabilities and potential applications as an electrical conductor or in motion sensing for wearable devices highlight its multifunctional nature, suggesting a wide range of possibilities for future technological advancements and innovations.
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Recent questions
How does the slime robot move in different directions?
The slime robot moves in various directions due to tiny neodymium magnets within it, allowing it to travel, rotate, and form different shapes.
What are the potential medical applications of the slime robot?
The slime robot is being explored for medical applications such as assisting in minimally invasive surgery, targeted drug delivery, and navigating the digestive system.
What materials is the slime robot made of?
The slime robot is made of polyvinyl alcohol and borax, allowing it to be versatile, stretch up to seven times its length, grasp multiple objects, and navigate various surfaces.
How does the slime robot repair itself?
The slime robot is self-healing, capable of repairing itself after being cut apart, making it a potential candidate for use as an electrical conductor or in motion sensing for wearable devices.
What unique abilities does the slime robot possess?
The slime robot has the unique ability to move in any direction, grab objects tightly, and be controlled by humans, making it versatile, self-healing, and suitable for various applications in medicine and technology.
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Summary
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"Versatile slime robot for medical applications"
- A slime robot has been developed that can move in any direction, grab objects tightly, and is controlled by humans, made of polyvinyl alcohol and borax.
- The slime robot's unique ability to move is due to tiny neodymium magnets within it, allowing it to travel, rotate, and form different shapes.
- The slime robot is being explored for medical applications, such as assisting in minimally invasive surgery, targeted drug delivery, and navigating the digestive system.
- The slime robot is versatile, able to stretch up to seven times its length, grasp multiple objects, and navigate surfaces like plastic, glass, metal, and water.
- The slime robot is self-healing, capable of repairing itself after being cut apart, and could potentially be used as an electrical conductor or in motion sensing for wearable devices.
