Distributed computing?
Lu Zhou's eyebrows lifted slightly at the unexpected term.
Inspired by the concept, he vaguely seemed to think of something.
"Could you explain it in detail?"
"No problem..."
There was no point in keeping something like this under wraps. Rather than muddying the waters and holding something back, it was better to lay everything out clearly. There might even be a chance for cooperation.
Faced with Lu Zhou's straightforward request, Miel hesitated only briefly before making his decision. He generously voiced the idea he had in mind.
"Simply put, if we use the Neural Data Machine to output the same electrical signal, then when the brain translates it, different individuals may interpret the same information differently. Combined with the brain's own fuzzy processing of information, this can result in different images... It's like two puzzle boards carved from the same mold. Even if every piece is numbered and restored in the same order, if the patterns on each piece are different, the final picture can't possibly be the same... Am I right?"
Lu Zhou nodded and replied in a voice processed by software.
"Basically correct."
"Then the problem is actually easy to solve." A smug expression appeared on Professor Miel's face as he snapped his fingers and continued. "The brain is a black box to us. We have almost no way of knowing how it fuzzily processes information, but it does respond to the outside world. By collecting statistics on inputs and feedback results, we can establish a statistical model of discrete data."
"What is that called in Physics? Indirect observation, perhaps? Forget it, that isn't my field, so I don't know much about it. In any case, with a statistically meaningful model like this, we can continuously eliminate the differences between puzzle pieces and establish a one-to-one