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| Computer brain technology will experience great development in 2021 |
BCI will see strong growth in 2021. Funding for this has tripled. This technology is used to convert human brain waves into commands that computers can understand.
When Elon Musk announced that Neuralink, a company specializing in this field, had received $205 in its latest round of investments, the technology's explosive growth was once again evident.
Paradromics is a company in the same field and has received an investment of $20 million.
This technology is supported by major organizations. Elon Musk's competitor Synchron is one example. It has been approved by the US Food and Drug Administration for the use of a human-developed brain-computer interface.
Computational brain technology in 2021
The company of patient billionaire Elon Musk is a pioneer in this field. This has not stopped millions of users around the world from questioning the company's achievements.
Here, more than once, Musk emphasized that brain-computer interface technology has reached an advanced level of maturity. However, according to experts, this technology requires years of development.
This technique is mainly used to improve human skills and solve their problems. This could be the only hope of curing paralysis.
There are two main types of these techniques. The first form is non-surgical. NS. Interface can be installed by humans without major surgery, while the second form is the opposite, i.e. h. surgery.
Through these interfaces, the brain and chemical waves can be translated and converted into images so that the mechanical appendages of the body or the brain itself can be controlled.
In addition, anyone can get information from these interfaces. It generates interesting ideas, such as the opportunity to retain thoughts or memories. Besides the ability to control thoughts.
Decades ago, humans were able to turn brain activity into action. When it comes to private sector companies, their goal is to make devices and tools that solve specific problems. For example, a device that can solve the problem of paralysis of a particular limb.
Due to the differences between people and the difficulty of testing these techniques, this may not be easy to do. However, the field of artificial intelligence will mainly serve the brain-computer interface area, in addition to performing high-level simulations without real patients, it can also enable faster and smoother learning.