Researchers have developed electric 'skin' so that you can control devices remotely.
A team of physicists has developed a sensor-driven electronic "skin" that enables people to manipulate both physical objects or control devices in physical world and in partial or virtual reality, with gestures only.
By simply communicating with the magnetic field, the device enables a touchless manipulation of virtual and physical objects.
"Our electronic skin remembers the movement of one hand, for example, by changing its position in relation to the outer magnetic field of the permanent magnet," said German Helmholtz-Zentrum Dresden-Rosendorf (HJDR) lead author Canon Bermudez,
"Not only this, it means that we can digitize our rotation and translate them into virtual world, but also can affect objects".
Using this technique, researchers managed to control a virtual light bulb on a computer screen in a touchless manner.
At first glance, bright little gold elements look like modern tattoos, but on this extremely thin, almost invisible foil that sticks to the palm of the hand, there are sensors that provide the "sixth sense" for the magnetic field.
Dennis Makarov of the Ion Beam Physics and Materials Research Institute in Hagerur said, "To manipulate virtual objects, existing systems essentially catch the body moving through the optical medium."
Sensors can bend, fold and pull without losing their functionality
It can also open potential applications in the security industry
Researchers have written in a letter, "Researchers who appear in the Size Advanced Journal paper have said that" the areas which can not be entered in dangerous situations, buttons or control panels, for example, powered by the sensor by remote control can be done. "
A team of physicists has developed a sensor-driven electronic "skin" that enables people to manipulate both physical objects or control devices in physical world and in partial or virtual reality, with gestures only.
By simply communicating with the magnetic field, the device enables a touchless manipulation of virtual and physical objects.
"Our electronic skin remembers the movement of one hand, for example, by changing its position in relation to the outer magnetic field of the permanent magnet," said German Helmholtz-Zentrum Dresden-Rosendorf (HJDR) lead author Canon Bermudez,
"Not only this, it means that we can digitize our rotation and translate them into virtual world, but also can affect objects".
Using this technique, researchers managed to control a virtual light bulb on a computer screen in a touchless manner.
At first glance, bright little gold elements look like modern tattoos, but on this extremely thin, almost invisible foil that sticks to the palm of the hand, there are sensors that provide the "sixth sense" for the magnetic field.
Dennis Makarov of the Ion Beam Physics and Materials Research Institute in Hagerur said, "To manipulate virtual objects, existing systems essentially catch the body moving through the optical medium."
Sensors can bend, fold and pull without losing their functionality
It can also open potential applications in the security industry
Researchers have written in a letter, "Researchers who appear in the Size Advanced Journal paper have said that" the areas which can not be entered in dangerous situations, buttons or control panels, for example, powered by the sensor by remote control can be done. "
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