New technology arrives to control robots with the mind, this is the latest science and technology news.
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latest science and technology news |
Latest Science and technology has recently shown it's new evolution which is new noninvasive techniques of artificial telepathy possible to record the electrical activity of the brain of the user to control and direct the mind robots.
Researchers from the Chinese Military Academy Zhengzhou have developed a new non-invasive technology that will use our brain waves, also known as EEG for its acronym in English, to control and direct our movement will automata and flying robots. A technical breakthrough that could lead to a new generation of electronic devices and appliances controlled by artificial telepathy.
This technology of military origin, uses a brain-computer interface as noninvasive receptor known as EEG helmet. This special helmet consists of a network of electrodes or neuroreceptors that detect and interpret brain activity of the user, namely, the geography of the motor cortex that regulates movement.
he center, also equipped with headphones, is able to record small electrical currents produced by neurons in the motor cortex when we think of a particular movement in space, such as up, down, turn right or left. Whenever we think of a different motion a new variety of different neurons, which cause changes in the electrical activity of the brain are activated. These changes are detected by neurotransmitters interface, before being taken to a central computer that recognizes the particular patterns associated with each of the commands that control the movement of the robot.
The technology of artificial telepathy Chinese scientists BCI uses a similar system, a software based on functional magnetic resonance imaging and EEG to map areas of the brain whose neurons are stimulated to think of a concrete movement in space.
Tests conducted with students of the Military Academy of the Chinese city of Zhengzhou confirm the operation of this new technique to control robots with the mind, with certain limitations. Preliminary studies by the researchers show that the user must reach a certain degree of concentration to get the robot to make the slightest movement, although it could improve the sensitivity of the helmet after completing the prototyping process.
The most interesting of this new interface is its noninvasive nature poses no risk to the user, unlike other more delicate techniques based on chips implanted in the brain, in the case of patients with spinal cord injuries.
According to scientists, this technology is 70% of its development software needed to readjust and improve the efficiency of recognition associated brain thought patterns of movement in space. Despite his military background, an improved version of this technology could lead to a new generation of medical devices and consumer applications based on the control of objects with the mind in real time. An advance that could improve the quality of life and autonomy from its environment many people with stroke, autism and even Alzheimer's.
Experts are hoping that this might be the new evolution of the lates science and technology.
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