Even if you can agree that "any very advanced technology is the same as magic at first glance", this sentence is placed on the company's website in a prominent position, but the "brain control" technology sounds better than magic. It also looks magic. Just thinking about it can control electronic devices or mechanical equipment in the mind, which undoubtedly shortens the distance between people and machines to the nearest one. Even if the so-called human-machine interface is necessary, it becomes a problem. This is why when people first enter a company related to brain control technology, they can't wait to try their products and experience the feeling of using brain consciousness to achieve control.
Read the brainwaveIn 2008, Bill Gates said in an interview with BBC: "The human-computer interaction model will change greatly in the next five years." He predicted that the keyboard and mouse of the computer will gradually become more natural and more in the future. An intuitive means to replace. Gates' predictions were first realized by Apple in the mass consumer market. In the past two years, Mind-control Technology, a human-computer interaction that sounds like "extraordinary function", has begun to quietly start. Maybe one day you don't have to use the language to issue instructions to the machine, but only need not Think about it in your mind and you can accomplish the task.
This kind of brainwave control technology that sounds very mysterious is not esoteric. At the end of the 19th century, the German biologist Hansberg observed that the electric raft itself generated electric current. This phenomenon inspired him and felt that the human body must have a similar phenomenon, thus discovering the weak current in the human brain. The physiological potential of the brain wave is usually very weak, about 5 ~ 30uV, belonging to the AC signal of 0.5 ~ 60Hz. In addition, EEG changes with people's different emotions and state of mind and body, and only stops when the human brain dies. Therefore, by acquiring EEG signals and decoding and analyzing them, a series of information can be obtained. The human brain is made up of tens of thousands of needle-sized nerves. When the nerves interact, the brainwave mode releases the information that is revealed between these neurons. Different neural activities produce different brainwave patterns, and different brainwave modes emit brain waves of different frequencies, which manifest as different brain states.
The human brain produces an average of 70,000 thoughts per day, and each nerve activity produces a slight discharge. The emitted electricity can be measured by brainwave technology (medically called EEG). However, the brain power produced by a single nerve is difficult to measure across the scalp. Therefore, the judgment of the emotional state is based on the collective neural activity produced by many nerves in common discharge. Ultimately, these specific emotional states can be interpreted through specific algorithmic techniques. Of course, the current level of technology is still at the level of reading the emotional state of the huge information flow, such as like, dislike, focus and so on. After a century of experiments, experts in the field of neuroscience have defined the parts of the brain that control specific activities. For example, the cortex at the forehead of the human brain can produce higher-level thinking. People's emotions, mental states, and state of concentration are affected by this. The control of the area, this area is called the FP1 area of ​​the brain. It is precisely because the brain can fluctuate with the state, and has been identified as concentrated in the FP1 region, which makes people's development and application of brain waves not only limited to the medical field, but also turns the possibility of mind control machine into reality, let people Feel the magic and energy of brain waves in the fields of entertainment, education and health.
The road to commercialization of brain control technologyThe human body has four types of bioelectricity, namely electrocardiogram, brain electricity, muscle electricity, and ocular electricity. Among them, electrocardiogram is the easiest to monitor, and EEG is extremely difficult to be captured due to the hard and dense skull of the texture. The intensity of EEG is 1000 times weaker than that of ECG, and there are many sources of interference in people's lives. This makes it difficult to get EEG signals as if you want to hear people talking at the high-speed aircraft engine. Therefore, monitoring EEG has always been a patent of the Advanced Science Laboratory. However, how to measure and interpret brain waves in an ordinary consumer environment? In order to promote the application in the mass consumer market, it is obviously too ideal to measure the brain wave in the hospital, the conductive coating on the head and the installation of more than a dozen electrode probes.
The mission of a company like Shennian Technology is to let brainwave sensor technology, which was originally used only for medical purposes, enter the mass consumer market, not just in hospitals. Just like the family popularity process of electronic sphygmomanometers, the commercialization and commercialization of brain control technology applications also requires easier use and a long market incubation period. Before the advent of electronic sphygmomanometers, the main way to measure blood pressure was through a mercury sphygmomanometer. The mercury sphygmomanometer not only required professional auscultation, the cooperation of both patients, but also because it was cumbersome and not portable, which made the sphygmomanometer difficult to enter. The family, and the electronic sphygmomanometer, through the price of the people, through the simple and straightforward measurement methods and results display, become the common household appliances in modern homes.
Brainwave sensing technology is also facing extremely similar problems, and the technical obstacles it faces are even higher. In addition to the previously mentioned interference caused by all electrical equipment, brainwave measurements must be in an environment that is very isolated from the outside world. In order to improve the quality of brainwave signals, sensors usually use medical gels to improve electrical conductivity. Sex. Most ordinary people do not have a room without any lighting and electronic equipment, and most people are reluctant to apply a moist medical gel to their heads every time they use brainwave equipment.
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