Today, Musk announced an epoch-making announcement:For the first time, humans have received a brain-computer interface chip implant。This news has attracted widespread attention in society. On January 30, it was reported that the first human patient had been accepted for its start-up, Neuralink CorpThe brain is implanted with a chip,Patients are "recovering well" and preliminary results show good prospects for neuronal spike detection. 
Musk's post on the social platform X neuralink is a brain science company founded by Musk in 2016 with a number of scientists, focusing on researchBrain-computer interfaces- By developing a device that can be implanted in the brainRealize "human brain and machine interaction".。Last year's financing showed that Neuralink's valuation has reached as high as 5 billion US dollars (about 35.9 billion yuan). The so-called "brain-computer interface" is to implant tiny electrodes in the brain and use an electric current to allow the computer to interact with brain cells. The company's first product was named"Telepathy".(telepathy), the aim of which is to hope that those who have lost the function of their limbs can control their phones or computers and control almost any device through them just by thinking. 
In recent years, brain-computer interfaces have becomeALS, stroke, spinal cord injury, etcIt can convert nerve signals emitted by the brain into text or words spoken through synthetic speech on a computer or other device, through brain nerve signals, canHelping people with ALS to communicate
Nowadays, the development of brain-computer interfaces has shown great potential for valueAt present, it is mainly used in medical scenariosIn the future, there may also be a wide range of applications in other fields, such as:Gaming, entertainment, education, and safetyetc. Although China entered this field late, it has now become the backbone of the world's brain-computer interface researchThe prospects for future development are immeasurable.
If you want to work in a related industry in the future, how should you choose a major? Brain-computer interface is a multidisciplinary field of researchScience, medicine and engineeringThere are majors to choose from, let's find out together!
Science majors
Neuroscience
Minor in Science-Biological Sciences, NeuroscienceAlmost the most relevant major, which mainly studies the brain and its effects on behavior and cognitive function, and its research results play a key role in the development of brain-computer articulation.
Recommended Institutions:Currently onlyNYU ShanghaiThis major is offered. (The institution was approved in advance, so it was not on the list).
Medical majors
Students with a medical background will focus on studying brain mechanisms and participating in experimental design.
Biomedical Sciences
It is a specialty under the category of Medicine-Basic MedicineThere are few colleges and universities for neuroscience, and you can also fill in this majorIn the future, engineering principles and technologies can be applied to the biomedical field to design and develop brain-computer interface devices.
Recommended Institutions:There are currently 9 universities offering this major, and the chart below shows the full list and ranks them according to the difficulty of admission.
Engineering majors
Students with engineering backgrounds can play a role in the acquisition and analysis of EEG signals in their future careers.
Biomedical Engineering
I thought it was a medical major when I heard the name, but in fact, biomedical engineering is one of the majors under the engineering-biomedical engineering category. It is an interdisciplinary field that combines knowledge and skills from medicine, biology, engineering, and more.
Recommended Institutions:A total of 117 colleges and universities currently offer this major, and the chart below shows the top 10 lists, ranked according to the difficulty of admission.
Computer Science and Technology
Engineering-computer science, a computer science with a wide caliber major that takes into account computer systems and networks, can develop algorithms and software tools for processing and analyzing brain-computer interface data in the future;
Recommended Institutions:There are currently more than 900 colleges and universities offering this major, and the chart below shows the top 10 lists, ranked according to the difficulty of admission.
With the progress of science and technology, brain-computer technology is gradually moving from science fiction to reality, and I believe that in the near future, the future of human-computer symbiosis is no longer an unattainable blueprint. Students who want to develop in the field of brain-computer interface, in addition to filling in the above majorsElectronic Engineering, Psychology, Physicsand other majors are closely related to it, and you can choose according to your actual situation.
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