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Artificial skin can be useful in next-generation touch screens and robot sensing.

 Artificial skin can be useful in next-generation touch screens and robot sensing.



Artificial sense of touch can use in burglary alarms. And it can also use in submarine shells. If submarine has sense. It can feel as if somebody try to connect mine to it. If an artificial sense of touch has got enough high accuracy, that thing makes it possible to use it as fingerprint recognition. We could make artificial touch by using layers where are lots of nano-size lasers. Those layers can detect the place where the finger is moving. 

Or the screen-size CCD chip can detect the point where a person moves their hand. In that case, the system measures the distance between the sensors and the object. And it can use an image detector to separate the objects that are touching it from the background. In that case, the optical system acts like the sense of touch.  

Today artificial sense is used in touchpads. Two layers touch each other or touch causes a tunneling effect that makes electricity travel to a certain point. The same technology can use to make artificial sense for submarines, robots, and other stiff layers. There are many ways to make artificial sense. The piezo-electric crystals can use for that purpose. 

If the artificial sense needs to work in extremely low temperatures it can use the same technology as scanning tunneling microscopes. The system senses the distance between two layers by using particles. That hovers between them. Also if something touches those layers it sends energy to those particles. And that thing can use as sense. 

Another way is to use optical fiber. When something pushes the material. That stretches optical fiber. And if there are sensors in the middle of the optic fiber net those sensors can sense the differences in laser light. 

Things like nano-size laser LEDs can also measure the distance between an elastic shell and another shell. When something presses the elastic shell that thing causes the difference between their distance. 

Artificial skin with an artificial sense of touch is one of the most important things if we want to create robots that act like humans. The artificial sense of touch makes robots act like humans. And if somebody touches the robot's shell, the robot feels that thing. That allows the robot to operate in poky places. And in that case, the robot must not use cameras. If robots have different senses. That makes it possible to automatize their actions differently than if the robot uses only active sensors. 

If the sense tells that something touches the robot, it can send information about that thing to the command center. Or it can activate a process that makes the robot take a distance from the wall. Artificial skin can be an extremely good thing for burglary alarms. Or if the submarine is covered by using that thing, it can warn if somebody tries to connect mines or some unauthorized things to the submarine's shells. 


https://scitechdaily.com/new-grasshopper-like-material-can-leap-200-times-its-own-thickness/


https://scitechdaily.com/superior-to-human-skin-scientists-have-artificial-skin-with-incredible-sensing-capabilities/

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