Most of us know very well that the Internet is, oftentimes, an expansion of people’s brains. As recently, a group of research workers in Wits University in Johannesburg, South Africa managed to associate an individual brain right to the Web in real time.

Researchers Join An Individual Brain Into The Web For The First-time
The web is, oftentimes, an extension of people’s brains. Although it’s a statement bordering on exaggeration, the truth is that there are even people who wish to provide some other meaning for this “hyperbole”.

Actually, this can be an unprecedented accomplishment. Friends of investigators at Wits University in Johannesburg, South Africa linked an individual head directly into the Web in realtime. Welcome to Brainternet.

If in the past there have been those that wanted to show our thoughts into binary language, and might emphasise the way to “browse” the mind, now you can find those who desire to gather data from the internet state of our brain. As stated by people responsible, this project could help in the creation of machine learning technology and brain-computer labs.

BrainTalk — Brain meets IoT
Based on the data given, the team made a major break through in the area of biomedical engineering. The project was called as “Brainternet”, also essentially turns the brain to an “Internet of Things” (a network of connected physical objects) over the world wide WWW network.

The job works by reading the EEG signs through an Emotiv EEGO device on an individual’s head. These signals are then transmitted to a computer, and that in this case proved to be a Raspberry-Pi, a low-cost computer which sends the signs to an interface created in dedicated applications. In this way, there can be quite a definite understanding, for any person, of the action of this mind

Brainternet is really a new frontier from brain-computer port systems. There is definitely an easily understandable absence of information on how the mind works and procedures the data. Brainternet attempts to simplify a individual’s knowledge of their own wisdom and the brains of the others. The job does so through continuous monitoring of brain process, besides enabling some interactivity.

Explained Adam Pantanowitz, a professor at the School of Information and Electrical Engineering at Wits University and also a job supervisor. .

Along with applications in machine learning and brain-computer ports, such as Neon Lace (in Neurolink) by Elon Musk and Bryan Johnson Kernel, the information accumulated within this adventuresome project can lead to a better understanding of how our brains work and how we can exploit this knowledge to boost our brainpower.

We’re near being able to perceive our brain within a computational manner also to learn its own limit it’s an issue of time. Therefore, what you consider this? Simply share your perspectives and thoughts from the comment section below.


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