Intelligent stickers are multi-use tools.

Image 1:) "MIT engineers designed an adhesive patch that produces ultrasound images of the body. The stamp-sized device sticks to the skin and can provide continuous ultrasound imaging of internal organs for 48 hours. Credit: Felice Frankel" (ScitechDaily/MIT Engineers Develop Ultrasound Stickers That Can See Inside the Body)

The MIT researchers created ultrasound stickers that can see in the user's body. Those intelligent stickers are microchip-controlled ultrasound transmitters. Those systems can connect with the mobile telephone and the observers can see everything that is happening in the place, where that sticker is put.

The term intelligent sticker means the sticker where is the microchip and some kind of sensor. The simplest model of the intelligent sticker is the GPS that is glued to the body. Those stickers can also have eavesdropping tools.

The intelligent sticker can also transmit information about the stress level. But the intelligent stickers' location system can also use for controlling remote-control robots.

The system can locate things like arterial thrombosis. And it can observe things like a heart when the person is running or making some other work. That makes it possible to detect heart disease.

But the intelligent stickers can also give electric impulses to the body. If those electric shock systems are connected with EEG detectors the system can notice if the person has depression. And then that system can deliver electric shocks to the right brain areas. That kind of system can give medical-free life to people who are depressed.

But intelligent stickers that are sensing their location can use to control robots. If those sensor stickers are connected to the hands and legs and at the right points of the body the person can control human-looking robots. The intelligent stickers must only have a location sensor.

Image 2:) New robotic sensors could help enhance prosthetics. (ScitechDaily.com/Advanced New Sensors Could Transform Prosthetics and Robotic Limbs)

And the system must know which sticker is connected to each body part. So the user interface can be the map where he must have those microchip-controlled stickers. And then the person just fills the serial number to the image.

The new sensors are making prostheses like part of the body. But engineers can install the same system in the remote robot. And the system's user can use the implanted microchips for controlling those external bodies. But if the user of the remote robot doesn't have the implanted microchips. Those systems can also transmit information to the virtual reality set and data gloves.

But the intelligent stickers can also have the ability to send things like tactile sensation to the fingers of the user. So if the person has the microchipped sticker on the fingertip. That thing makes it possible to transmit the senses and move the body of the remote robot by using intelligent stickers that are glued to clothes or straight to the body.

https://scitechdaily.com/mit-engineers-develop-ultrasound-stickers-that-can-see-inside-the-body/

https://scitechdaily.com/scientists-find-strong-magnetic-fields-can-relieve-anxiety-and-depression/

https://scitechdaily.com/advanced-new-sensors-could-transform-prosthetics-and-robotic-limbs/

Image 1:) https://scitechdaily.com/mit-engineers-develop-ultrasound-stickers-that-can-see-inside-the-body/

Image 2:) https://scitechdaily.com/mit-engineers-develop-ultrasound-stickers-that-can-see-inside-the-body/

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