How to create a neurohelmet?

Question

Programming

Probably for all of you this question will be funny, but I'm serious with you.
Good day, dear users of the site toster.ru.
When I was 9 years old, I decided that I would never work for someone else, and I would open a company myself. But at this age, I still did not understand what I should create / do in order to open my own company.
A year later, I was very interested in programming and finding the answer to the question for myself: is it better to try to do something useful for humanity or not to do anything? (Perhaps this thinking will seem strange to you, but this is me.)
I do not know if we will be born again on this planet after death or not, but I want to make the world a better and easier place for people.
Q: Why would I want to try building a full-immersion neurohelmet?
A: Probably the other person would like to do the same instead of me, but it is not known when. It will be funny if I end up failing, but I'll be one of the first to try it.
Please write step by step what I should do and get involved in to try to create a neurohelmet.
What programming language to delve into to create microcontrollers?
The second education is a neuroscientist. Is it good or bad? Or do it all at home?
Please do not write various nonsense in the answers. Because you can just close it and forget it.

Answer 1

To write Embedded software, C / C ++ is most often used, and firmware for robots and other high-tech things, I think is no exception. As for neural interfaces - they already exist in one form or another - take the same NeuroSky . You can do bioinformatics or machine learning, for there the field is unplowed and these branches have begun to develop strongly in recent times.
What you want to do is very commendable. I wish you good luck!

Answer 2

https://en.wikipedia.org/wiki/%D0%AD%D0%BB%D0%B5%D...

Answer 3

In principle, if I understand the essence of the neuro-interface correctly, it makes sense to start with a simple one:
Input: you need to be able to irritate some parts of the brain so that the operator has certain sensations (light, sound) - you can even start with Morse.
Conclusion: you need to be able to measure the activity of the part of the brain that is responsible for moving your hand or finger, and read the Morse code from the operator.
(The operator must know Morse code)
And then try to use a connection to the optic nerve instead of Morse, induce electrical impulses on it, maybe some kind of modulation, frequency or amplitude, so that in the end the operator has a picture of 4 squares there .. Well, in general, go from simple to complex.
And the hardware and software part should be almost the last in this study. When it is already clear what and how to generate and read - just make a controller and program it, no matter what controller and programming language.

Answer 4

I have a friend who is into dream machines. they buy medical sensors on the Internet for taking encephalograms, expensive high-quality amplifiers for all this.
no microcontrollers, but plis.
biology is probably needed, but cybernetics is even more needed (after all, this will not be a one-way connection after all).
in general, such developments are carried out by many large (and not so) companies and groups of enthusiasts. you can even find forums on the Internet where enthusiasts exchange experiences (like this www.mindmachine.ru/forum/viewforum.php?f=32)

Answer 5

A full immersion neural helmet, I think it works like this, this device intercepts brain signals, with feedback, and a person goes into a lucid dream, and this dream is replaced by a virtual world, there are already the first samples of such a device as Emotiv Eroc, of course it does not immerse in a lucid dream , but they say that you can control the character with the help of thought, and I somehow stumbled upon one site, and read how it works worse and worse, you need to build faces so that the character moves, but you need to make sure that this device intercepts signals that are responsible for movement and directed them directly to the game, and for a person to go into a lucid dream, no screens in front of his eyes, because a person will not be able to sit for a long time, and the eyes will simply pop out of their sockets from such a load, since the screens will be right in front of the eyes.
You can try to find an alternative to the LCD screen so that it does not differ in quality, and you can also come up with the following device, we put on an electronic suit that intercepts muscle tension and directs it into the game, it is necessary that in reality the movements are blocked, I want to raise my hand, only a muscle tense up, and the program immediately blocks it and sends it to the game, but in reality the body lies, but only creates the smallest muscle contraction.
And there is another problem, since the brain is far from the device, and the signal cannot be sent to one or another part of the brain, you can make this kind of device, these are microcapsules 2 times smaller than the little finger, like tracking devices in science fiction films, and here you need be especially careful, with the help of a medical injection gun, as in the matrix, put this capsule closer to the cerebellum, and then there will be direct access to the brain, which I like this way, because with the help of a gun it will be possible to put the capsule, and just as easily extract.
or something else.
And I also forgot, I want to add, that's what, I look at all this disgrace, they came up with some kind of treadmills, controllers, and screens, and they call it complete immersion, to be honest, it's funny to me, these devices have drawbacks, and now I'll give them to you I will list.
1. Screens, they are close to the eyes, it spoils the vision.
2. Treadmills, you can’t play sandbox with this device, there you will take kilometers of landscape such games as (Arehage, Star Citizen, Grand thaft auto 5) on such games you will quickly die on the first kilometer.
And what manipulators can be, in VR this is already outdated technology.
VR is exclusively a lucid dream, and the interception of signals responsible for movement.
No manipulators, treadmills, and screens, and if all the same screens are environmentally friendly like projectors or something else.

Answer 6

Tell me some of your contact for communication: VK, facebook, email. The topic is interesting, we could discuss with you.

Answer 7

I became interested in the question of neurotransmitters and came to the question. Is it possible to transfer images to the brain through Morse code?