A Yale University research team published a paper on June 9 titled "Human learning of noninvasive brain–computer interfaces via manifold geometry." In layman's terms, it may be possible to directly "mind-control" games in the future.
This study uses BCI (Brain-Cputer Interface), which uses only brain activity for input, instead of using physical controllers to operate game characters. Experimental results show that, on the one hand, it is possible to master in a short time an input method of activity patterns that an individual's brain easily and naturally displays, but on the other hand, methods that deviate greatly from this pattern are difficult to master. The research team noted that this result may lead to the elucidation of human learning capabilities and brain adaptation mechanisms.
This research is about the learning of BCI that operates the character only through brain activity without using a controller. As a similar example, it is also worth mentioning the players who operate "Elden's Ring" using a machine that measures brain waves from the scalp to electrical signals from the brain.
In this case, the brainwave pattern when the impression of "pushing a heavy thing forward" appears is converted into the input of the attack button. It can be said that it is a structure that assigns specific brainwave patterns to inputs such as attacks like key bindings.
