American entrepreneur Elon Musk made detailed explanations about the work of the neurotech company Neuralink, which she had in the program “The Joe Rogan Experience” last week and said “You may not need to talk.
Elon Musk Will Not Be Languages In The Future
American entrepreneur Elon Musk made detailed explanations about the work of the neurotech company Neuralink in the program “The Joe Rogan Experience” last week and said, “You may not need to talk. Maybe we can still continue for emotional reasons. But with these devices, it is very fast and more sensitive. I am not sure what will happen to the language. In this case something like Matrix would be. Do you want to speak in a different language? No problem, just download the program. ” he used expressions. Answering the question about how long the company will reach this technology, Musk said, “If the process continues to accelerate, within 5 or 10 years.” He gave the answer.
“Brain-computer interfaces started in 1973 with the study of UCLA University professors Jacques Vidal, in which the control of the brain’s electrical signals was possible, but studies on this subject increased in the 1990s. It is possible.
As information from any sensory system comes to the brain, our EEG signals change, and our EEG signals change during many different functions, such as sensing, decision making, motor motion planning, and cognitive functions. Brain-Computer interfaces are able to detect the changes in these EEG signals and develop systems that connect the human brain with different computers and technologies.
Pointing out that the most successful applications of brain-computer interfaces were developed on patients who could not control their bodies due to different pathologies, Güntekin said, “In the initial studies, more complex movements were carried out after the studies that enabled people to write letters by selecting the letters on the computer screen. Matt Nagle was the first to control an artificial hand using a brain-computer interface in 2005. ”
Will Elon Musk Succeed?
“Two important publications on the subject appeared in the scientific journal Nature in 2019. These two studies are very promising. In both studies, scientists named Gopala Krishna Anumanchipalli, Josh Chartier, Edward F Chang, Chethan Pandarinath and Yahia H. Ali In these studies, after the researchers recorded and determined the electrical activity of the people revealed during the speech, they converted these signals into acoustic signals and were able to produce very similar phrases expressed by the people.
While such studies are pioneering important studies for neuroprosthesis technology to be developed for different patient groups, they are still new technologies that need to be developed further. Although the studies carried out with brain-computer interfaces are progressing quite rapidly, I think that it is not possible to eliminate the need for language with the chips planned to be inserted into the brain in 5 or 10 years because there are very new technologies. In addition, different from a mechanical system, people speak with their emotions. A language independent of emotions can also lead to misunderstandings. We try to maintain the link between language and emotions by using different emojis instead of emotional expressions even in the text messaging we use frequently today. ”
Professor at Istanbul Medipol University Faculty of Medicine. Dr. Bahar Güntekin: “Language has developed as the human brain has changed in different geographies over the years. Thought is much more complicated. Although pioneering work on the subject, human thought is a function of the whole brain, especially the frontal region of the brain. Therefore, We are still far from the stage of detecting the thoughts that change in milliseconds and are represented in different brain regions with computers. he spoke.
Is it clear whether the brain can be hacked via chips?
“When we look at the electrical signals in the brain, it can be seen that it has a highly complex structure that is nonlinear, and that electrical signals are released at different frequency and time intervals depending on the stimulus and function. I think it is not possible to hack such a complex structure with chips today and in the near future. ”