Brain-machine interfaces implanted in the participants of this study in the supramarginal gyrus (SMG) and primary somatosensory cortex (S1) were successfully able to decode both internally spoken and vocalized words.
Brain-machine interfaces implanted in the participants of this study in the supramarginal gyrus (SMG) and primary somatosensory cortex (S1) were successfully able to decode both internally spoken and vocalized words.
The article said surgery. Also common sense, they are reading individual neurons. Not feasible from outside.
Best we have is FMRI, and it is an amazing technology, but it absolutely can’t do that and never will because of how it works. And besides, it doesn’t fit in a doorway either, and would also be incredibly obvious: loud, super magnetic - requiring all metal to be removed for a long distance, requiring the target to sit for a long time and follow instructions, etc.
Surgery is absolutely the only way this is possible.
good thing technology never moves forward and the surgical method described in this post is the only way this tech could ever possibly be used whew
Better get your tinfoil hat then. What @davidgro says is right, your fantasy ideas are just that. Sure, in coming centuries this tech might be possible to be miniaturised and read externally, but for now that’s not even close to possible.