Slime and liquid metal robots revolutionize medical and military worlds

    Hello, The development of today's robotic world is dominated not only by endurance and embedded artificial intelligence, but also by flexibility and functionality. Today, several universities are developing ultra-flexible robots that will have a major impact on the world of health and nanomaterials development. So Robert Liquid Metal and the Robot Slime scientist have created liquid metal that can stretch in all directions, just like it was encoded for the Dewanto robot. An article detailing the breakthrough of the movie "Terminator 2" appeared in his Applied Materials and Interfaces magazine, and a video outlining the unique materials that several major universities are currently focusing on in this research. Published. Asia.

Slime and liquid metal robots revolutionize medical and military worlds

    There are researchers from Beihang University in China, experts from Sussex University and Fancy University or Electric Food University. Manipulating molten metal into her two-dimensional shapes, like letter shapes and heart shapes, also leads to three-dimensional shaping. It is a promising new material element representation that can change its shape at will of the owner. Of course, this would open up new possibilities for the application of materials that could change the shape of sharks and horses, says researchers at the university, in a project to create a computer-generated electric field in space to form liquids. said to be used.

    This means that the position and shape of the liquid metal can be dynamically programmed and adjusted. It was previously designed via graphics on a computer, and Interesting Engineering reports that silver metal can be pulled and rotated in a mesh and used to complete electrical circuits. increase.

    Meanwhile, the American Chemical Society reported on a study conducted by i scientists in the city of Beymar, China, that when a mixture of gallium indium and tin was dropped onto iron particles soaked in hydrochloric acid, a layer of gallium oxide formed on the surface of the droplet. and explained that it drops. Surface tension of liquid metals This allows substances to stretch and move without damage. There are many metals that are liquid at room temperature, such as potassium and certain alloy metals that melt at low temperatures. They have interesting properties such as high conductivity properties. This unique property of being manipulated makes them excellent for use in robotics and soft electronics. Magnetic particles can also be added to these metals and easily manipulated via magnets or shapes, but these metals have high surface tension materials.

    It can only be operated in a horizontal plane and must be completely immersed in liquid to prevent it from turning into a dry paste while moving. Researchers at Bean University in China containing droplets of indium gallium particles and tin alloys soaked in Liang In hydrochloric acid formed a layer of potassium oxide on the surface of the droplets. The droplets are about four times the size of normal liquid metals, which can also be demonstrated to be conductive by lighting an LED bulb connected to a simple circuit. If this is already prepped on the research side, there's no way to get a shape-shifting robot like the ones in the Terminator movies. ie Robert Slime or Phlegm. This substance is almost like liquid metal. However, they have a softer, stickier shape.

    It can only be manipulated in a horizontal plane and must be fully submerged in liquid so that it does not turn into a dry paste when moved. Researchers at Bean University in China, who dipped droplets of indium gallium particles and tin alloys in Liang-Yin hydrochloric acid, formed a layer of potassium oxide on the surface of the droplets. The droplets are about four times larger than normal liquid metals, and their conductivity can also be demonstrated by lighting an LED bulb connected to a simple circuit. If this is already set up on the research side, there's no way you'll get a shape-shifting robot like the one in the Terminator movies... Robert Slime or Slime. This substance is almost like liquid metal. However, they have a softer, stickier shape.

    Slime tested in internal medicine applications that can be used to pass through the gastrointestinal tract without affecting the long term development of flexible slime robots and liquid metal robots that also have very flexible upgrade capabilities when applied to AT military It is said that A slime that claims to have a major impact on long-term technological innovation. ok thank you very much

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