Robots have become the focus of discussion in today's society. In the industrial field, robots have begun to replace human labor in large numbers, which has promoted the transformation of traditional manufacturing to intelligent manufacturing. With the promotion of market, capital, and policies, robots continue to expand from industry to civilian use, allowing people to complete many tasks that were impossible in the past, improving work efficiency and ensuring human safety.
In response to different application environments, various robots have appeared on the market. In addition to industrial robots, there are also various service robots, such as underwater robots, household robots, medical robots, cleaning robots, etc. The robots integrate electronic, electrical, and mechanical transmission. With multiple technologies such as software control, and continuous advancement of the combination of Internet of Things and artificial intelligence technologies, robots in the future may have more powerful capabilities than humans. However, the technology of robots still needs a breakthrough at this stage.
Recently, Carnegie Mellon University researchers have developed a new self-healing material that can repair itself under extreme mechanical damage. This may lead to a huge revolution in the field of robotics. A new generation of robots can be created through new materials that repair themselves. These robots will become smarter and more powerful. In addition to robots, this kind of soft material composite material can also be used in wearable devices, human-computer interaction, etc., and its applications are quite extensive.
This new material is made of liquid metal, which can be suspended in a soft elastic structure. Once damaged by external forces, these metal droplets will break and connect with adjacent droplets, and form a connection again to maintain electrical signals. Transmission. Even if the material is cut, punctured or partially removed, its circuit can still function perfectly. Because the material can continue to show high electrical conductivity when stretched, research experts believe it will be an ideal choice for power and data transmission.
In the past, scientists have been studying soft electronics, that is, elastic and deformable conductive materials. However, most of these materials are susceptible to mechanical damage, leading to immediate electrical failure. It is reported that this self-healing material has unprecedented functions, allowing the robot to show the characteristics of a flexible organism. This material is also suitable for creating various soft-material electronic devices.
To build machines that are more in line with the human body and the natural environment, we must start with new materials. As long as we break through the limitations of the material structure group, people can design robot products of various forms, making robots more compatible with humans. These new materials The breakthroughs in technology and advances in artificial intelligence and other technologies may bring greater benefits to mankind. However, in recent years, some experts have raised objections, believing that artificial intelligence technology will pose a threat to mankind.
The threat of artificial intelligence will come to realityTraditional robots only perform tasks according to programs designed by humans, and robots that add artificial intelligence will have the ability to make autonomous decisions, that is, intelligent robots can adjust their next plans according to environmental changes, and will make things that are not expected by humans. action. Artificial intelligence also brings some threats while improving the capabilities of robots, because intelligent robots may no longer be controlled by humans.
Elon Musk, the founder of Tesla and SpaceX, has repeatedly called for the regulation of artificial intelligence technology. He believes that artificial intelligence is much more dangerous than nuclear warheads and other weapons of mass destruction. He fears that researchers will often ignore the idea that technology surpasses human capabilities. The ability of artificial intelligence far exceeds that of almost everyone, and its rate of evolution is exponential, posing a huge threat to mankind.
Not only robots, but also semi-robots that study the combination of machines and humans, and empower human brains with digital computing capabilities through AI. Then there may be several roles in the future that are robots, cyborgs and humans. The combination of biological intelligence and machine intelligence may make the status of humans decline, because they may not be comparable to robots and cyborgs.
Technological breakthroughs have brought many changes. In the past, machine damage required humans to help repair. Now robots can use self-repairing materials, which will be smarter than humans and can even be said to be indestructible. So, it is only a matter of time before robots surpass humans. How do we deal with the relationship between humans and machines in the future, and how to ensure that a more powerful character is willing to be a human tool? This will be a big topic.
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