The American science fiction TV series "The Invincible King Kong" is adapted from Martin Keating's 1972 novel "Robotics". The male protagonist in the drama is a hybrid of humans and machines, and he is transformed into a semi robot after encountering a terrifying accident. Semi robot, also known as "Cyborg", is a combination of "Cybernetics" and "organism". It was first proposed by Nathan S. Klein, an American psychology researcher, and Manfred Kleins, an Austrian scientist, in 1960. It refers to an organism with enhanced ability due to the integration of synthetic ingredients or technologies. It is simply understood as the integration of human beings and electronic machinery. Imagine how "crazy and cool" it would be if people could become Master Luban, the hero in the game "Glory of the King", or Dr. Otto Octavis in the movie "Spider Man", through the robot arm driven by artificial intelligence! Now, with the growing popularity and application of digital technologies such as artificial intelligence, the Internet of Things and Big data, human beings and machines are further deepening their connection and interaction. Humans may be entering a future where human-computer collaboration is becoming increasingly common. Wearable machinery shows more potential According to the Japan Times, the research and development team led by Professor Masahiko Inashita of the University of Tokyo demonstrated the wearable mechanical arm "Jizai Arms" under development. This is a backpack like system that can support 6 artificial intelligence robotic arms. The team is developing a series of technologies rooted in the concept of 'freedom'. Yoshihiko Inamori stated that this Japanese term means to act independently and freely according to one's will. Its R&D goal is to develop a relationship with itself that is similar to that between musicians Traditional Japanese musical instruments, "something between people and tools, just like making musical instruments become part of your body". Yoshihiko Inaguchi stated that the relationship between "free limbs" and humans themselves is not antagonistic, but can support humans and unleash creativity, helping them do what they want to do. In a promotional video, two ballet dancers performed a dance with robotic arms extending from their backs and torso, achieving coordinated movement between humans and machines. The dancer finally hugged together with the robotic arm. The working principle of a robotic arm is to mimic the movements of a smaller controller arm. When the wearer lifts the right lower arm on the controller, the right lower arm tied to its back will lift. The controller is controlled in real-time by the wearer or others. Researchers say that in addition to interacting with humanoid robots, "free limbs" can also help people with limited mobility make movements that require arm, hand, and finger movements. In the future, people may see people with wings growing on their backs, or drones attached to them. Half of them are organisms, and the other half are artificial intelligence. The research on robot technology is constantly advancing, and "free limbs" represent an important step forward in the collaboration between humans and machines. This technology has a wide range of potential applications, especially in improving the lives of people with disabilities. According to the New York Post, on June 15, the world's first true semi robot, British scientist Peter Scott Morgan, died at the age of 64. Seven years ago, Peter was diagnosed with frostbite, a kind of Motor nerve