Scientists have created a robot that can transition from a solid state to a liquid state, similar to the liquid metal robot from the second part of the “Terminator” movie franchise.
Revolutionary Advancements in Soft Robotics with Gallium-based Material
In fact, one of the demonstrations of the liquid robot’s capabilities is borrowed from the movie: the lego-human created from the new material leaves the cell by seeping through a hole in it.
Soft robots are not a new concept in science and industry, but they have one disadvantage: the material is very pliable, as a result, such robots lag behind in speed, precision of movements and strength compared to traditional solid robots. However, an international team of engineers has developed a material based on gallium that, if not revolutionary, at least can bring the indicators of soft robots closer to the usual.
Scientists added tiny magnetized micro particles to Gallium
The scientists added tiny magnetized micro-particles to the gallium, and named the material “magnetoactive phase-transition material.” It combines mechanical strength, structural flexibility and high magnetization in itself. The next step for the scientists is to connect this robot with a developed neural network.
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Frequently Asked Questions About Liquid Metal
What is a liquid metal robot?
A liquid metal robot is a robot that is made of a liquid metal material, similar to the T-1000 robot in the Terminator movie franchise. The liquid metal robot can change its shape and form, allowing it to adapt to different environments and perform various tasks.
What is the downside of using soft robots?
The downside of using soft robots is that their material is very pliable, which can lead to a lack of speed, precision, and strength compared to traditional solid robots.
How does the addition of tiny magnetized particles improve the properties of a liquid metal robot?
The addition of tiny magnetized particles improves the properties of a liquid metal robot by giving the robot a combination of mechanical strength, flexibility in structure and high adaptability to different environments. This new material is called "magnetoactive phase-transition material".
What is the robot made of?
The robot is made of a liquid metal similar to the T-1000 from the Terminator franchise.
What is the purpose of adding magnetized micro particles to the liquid metal?
The magnetized micro particles are added to the liquid metal to give it the ability to transition between solid and liquid states, as well as to increase its mechanical strength, flexibility and responsiveness.
How does this liquid metal robot compare to traditional solid robots?
The liquid metal robot has the potential to be faster, more precise in movement, and stronger than traditional solid robots.
What are the potential applications for this type of robot?
The liquid metal robot has potential applications in a wide range of fields, including manufacturing, medicine, and defense.
Is this technology new?
The concept of soft robots is not new, but the development of a liquid metal material with magnetized micro particles to improve its mechanical properties is a recent advancement in the field.