Yesterday afternoon, a Chinese research team threw out a so-called “EEG bomb.”
For the first time in the world, they achieved cross-regional, synchronized EEG collection with over a thousand people at the same time. The devices are small enough to carry around, yet their precision hasn’t been compromised. Network latency has also been dealt with—milliseconds-level alignment, bringing the brainwaves of a thousand people together for analysis.
Two key technologies: miniaturization + high precision, and network latency + time synchronization. They conquered both.
So what does this mean? AI will no longer rely only on “secondhand information” like text, images, and videos to learn. It can now directly read your brain state from neural signals.
The “raw data” of human cognition—AI is about to start looking at it.
For the first time in the world, they achieved cross-regional, synchronized EEG collection with over a thousand people at the same time. The devices are small enough to carry around, yet their precision hasn’t been compromised. Network latency has also been dealt with—milliseconds-level alignment, bringing the brainwaves of a thousand people together for analysis.
Two key technologies: miniaturization + high precision, and network latency + time synchronization. They conquered both.
So what does this mean? AI will no longer rely only on “secondhand information” like text, images, and videos to learn. It can now directly read your brain state from neural signals.
The “raw data” of human cognition—AI is about to start looking at it.