Two Ways to Decipher the Brain Wave's Character Code
Two Ways to Decipher the Brain Wave's Characteristic Code (Brain Wave's Fingerprint)-Peng Yishan
One, the instrument deciphering method. Just like fingerprints, everyone has a specific brainwave signature (Brain wave feature code or brain wave fingerprint is as unique as hand fingerprint and eye retina fingerprint. There are no two people with the same brain wave fingerprint in the world.) First, the receiver is aimed at the head of the person within 100 meters, and the brain wave feature code is collected. After it is stored in the computer, the decoding software will decode it according to the brain wave feature code. Various nerve activity signals such as visual, auditory, language, emotion, etc. are separated from the brain wave signal and displayed on the computer screen in the form of images and words. It was recorded in the computer. In turn, the information needed to be written into the brain could be directly written into the brain by the computer after being encrypted according to the brainwave signature code. The person who was written would feel that it was like their intuition, and thus, they could control the human brain by controlling the brainwave. Controlled brain activity encompassed almost every aspect of the nervous system: From sight, hearing, touch, taste, smell, to language, emotions, subconscious, dreams, and even love reactions, everything could be easily read and controlled remotely. All of this could be done without the need to implant a computer chip into the brain.
Electronic mind control technology was a human brain mind control technology based on the acquisition, interpretation, transmission, and control of information in the brain. It was a computer that used electromagnetic waves to acquire, interpret, transmit, and secretly remotely control the human body and brain (mind). The basic principle of brain-computer interface technology was: By recording and analyzing the brain's signals (brainwave signals, optical signals, MRI signals, etc.), they could infer the brain's thinking activities and translate them into corresponding commands to control computers or other electronic devices.
The second was the A. I. Chip's deciphering method. A microchip was implanted in the human brain, and then the microchip would collect the active brainwaves and use the computer to decipher the brainwave signature code (brainwave fingerprint). Once the brainwave signature code (brainwave fingerprint) was deciphered, the microchip would basically be useless. Even if the microchip was taken out, it would be useless. In the long run, the cost of this chip cracking method was too high, and it was not as low as the cost of the instrument cracking method. The microchip would be useless after one use, but as long as the device was not damaged, it could be used forever. This kind of micro-computer chip might also have a positioning function.
This kind of microchip might be the equivalent of a modern, converting digital signals into digital signals and vice versa. Perhaps the human brain itself had the function of a transceiver, which could convert digital signals to digital signals.
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