Both the "2030 Global Trends: Diversified World" report and the "2012-2013 Technology Curve Maturity Report" are very optimistic about visual enhancement devices. The initial purpose of these latest human body configuration is generally to make up for the regret that some people have lost certain abilities and improve the quality of life. For example, the visual enhancement devices mentioned in both reports mainly refer to implants that can repair vision. The implants that some foreign companies are studying are mainly a kind of chip that can be implanted into the retina. The chip can receive visual images and convert them into electronic signals to stimulate the optic nerve and transfer picture information to the brain.
There have been successful cases of this type of surgery in some places. Germany performed a successful operation in 2009, and in July 2012 the United Kingdom also used this technique to help a blind patient regain sight. In May 2012, the Institute of Ophthalmology, Li Ka Shing Medical College of the University of Hong Kong, performed the first artificial retinal implant surgery in Asia. The operation was performed by a Chinese patient blinded by hereditary disease. This artificial retina is clothed with 1500 electrodes, and the chip is implanted under the retina. After the operation, the patient's visual function was improved, he could feel the light and shadow and read the letters on the projection screen.
Of course, if the retinal implant technology is listed as a device for improving human function, then it will not be limited to helping people who have lost vision to see the world again. "2030 Global Trends: A Diversified World" expects it to be that through retinal implant technology, humans can not only restore their eyesight, they can even gain night vision through such surgery. If this technology is commonly used in the military, soldiers no longer need to wear heavy night vision goggles when performing tasks at night.
In addition to the improvement of eyesight, hearing is also one of the goals of human body function enhancement in human facial features. At present, the implantation of electronic cochlear implants has clinically benefited many patients with hearing problems. This electronic implantation device converts the sound into an electrical signal in a certain encoded form by an external speech processor, and directly stimulates the auditory nerve through the electrode system implanted in the body to restore or reconstruct the hearing function of the deaf.
For those who are extremely enthusiastic about science, it seems tempting to use these devices to make human beings become "clever eyes" and "shunfeng ears". As for reality, whether we really want to have these superpowers is a personal rational choice.
The National Science Foundation's interpretation of the term "enhancement of human body function" is that any attempt to temporarily or permanently break through the limits of the human body's current body may use natural or artificial means. Usually more refers to the choice of changing certain characteristics or capabilities of humans through artificial technical means. These technologies are mainly for non-therapeutic purposes, and many bioethicists believe that these non-therapeutic human function enhancement technologies must be limited.
This report of the National Intelligence Council focuses on non-therapeutic technologies, and depicts a high-tech future for mankind. These system configurations prepared for the human body system 2.0 era may still be very costly after 15 to 20 years. Therefore, those who can choose them are limited to those who can afford high fees.
According to the report, under such circumstances, society may be divided into two strata. One is the people who use the human function enhancement device, and the other is the people who do not choose the function enhancement. Therefore, this also requires more corresponding rules to maintain the normal order of society. The development of science and technology needs to be safer to prevent these human enhancement devices from being adversely interfered. The advancement of the synergy and adaptability of technology is necessary, and it can promote human function and enhance the practicality of technology.
For example, the battery device used for mechanical exoskeleton must be able to adapt to the use of mechanical exoskeleton. And drugs that improve brain function must also be questioned and regulated.
Just like when we use a computer to hope that it will be more powerful and constantly upgrade the system, human beings have always hoped that they can be faster, higher and stronger. Perhaps the new configuration of these human systems can be popularized in our lives 20 years later, but it must also require long-term scientific verification to ensure their reliability and safety.
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