‘Liquid robot’ acts like a living cell; Watch the video

One of the most important skills of living beings is cells that can separate, transform and perform other basic functions for the body. Now a scientist team is developing Liquid robots, which are slightly similar to cells.

The robot is made of water coated with teflon particles and has approximately the size of a rice grain. According to a study published in Science Science Science Advances, the group of South Korean researchers developed fluid robots that could combine with other fluids.

In an official statement, the team compared small robots with the T-1000 character from Terminator 2 (1991). It is made of liquid metal, which can convert and rebuild even after various damage.

https://www.youtube.com/watch?v=twbucm8plzs

Scientists performed laboratory tests and The robot can support compression in different liquids without dissolving. Thus, it can maintain its shape throughout its target.

“Based on our existing discoveries, we are working on technologies that will allow the liquid robot to change freely using sound waves or electric fields,” “based on our existing discoveries.” He said.

What is the liquid robot for?

Small robots Controlled by sound waves It is given by an ultrasound device. The small size is designed to allow future applications in different sectors such as Biomıp.

To improve these robots, scientists used ice cubes covered with a kind of teflon powder used in the industry. They chose ice because of their behavior: while melting, Complete Teflon particles and form small robots of droplets.

Another study author Hyobin Jeon, “When we begin to develop the liquid robot, we initially intend to caprate a global drop with particles … However, we had an idea of ​​coating with an ice cube and then melting,” another working writer Hyobin Geon explains.

For example, a commercial version of the robot It can be used to carry medicine to difficult areas in the human body.. In addition, it can be applied in the sector as it can pass narrow areas in complex machines and move freely on liquids.

For now, researchers are planning to continue to develop robot to ensure their use in different sectors, but there is still no estimation about when to come to the market.

The creation of robots inspired by cell skills opens new possibilities for science and industry. Would you like to find another example of this evolution? Recognize the humanoid robot with the “muscles and bones” of the robotic clone. Until next time!