Super Copy of Great Power Technology

At this time, mother Yao Miaozhi also came over, raised her hand, tugged on Qiao Ruida's cheeks with her fingers, pulled her ears, and then nodded and confirmed: "Appearance is easy to disguise, but the touch can't lie. Yes, you are indeed my son. Tell me, what is this, uh, substitute robot, what's going on? Does your company have this kind of technology?"

Qiao Ruida helped his wife sit on the sofa, and then explained to them: "Our company has had a humanoid robot research and development project a long time ago. The original research and development goal was just to create a humanoid robot with flexible movements and long battery life, which can replace humans to complete some dangerous or boring tasks. For example, on the electronic production line, assembling products, or driving a spacecraft to explore the depths of the universe. As early as a year ago, the first generation of humanoid robots had been successfully developed. Many industrial robots now used on the production line of Ruida Electronics Factory are simplified products based on the first generation of humanoid robots. Later, our neutrino communication technology, brain-computer interface technology, and small nuclear fusion battery technology made breakthroughs and were applied to humanoid robots, thus upgrading to second-generation products. Operators can remotely control them, feel like they are in the scene, and use their arms and fingers. The battery life has also reached more than ten years. When we first landed on the moon, we carried this second-generation humanoid robot.

If the second-generation humanoid robot is only used on Earth, it would be perfect. However, in space, where the distance scale is infinitely large, the transmission speed of neutrino communication is roughly equivalent to the speed of light, which is not enough. When the second-generation humanoid robot is used on the moon, the delay of the signal will reach more than three seconds, which is still barely usable. If the humanoid robot is farther away, reaching the orbit of Mars, or the asteroid belt farther away, the signal will take at least more than 40 minutes to go back and forth, and it is impossible to control it synchronously.

Later, the research team I led made a breakthrough in quantum communication. With the help of quantum entanglement effect, we realized real-time communication throughout the universe. The researchers installed the latest quantum communicator on the humanoid robot, which completely solved the problem of communication delay, and thus developed the third generation of humanoid robots. After many iterations and updates, this generation of humanoid robots has become quite mature. They are about the same height and weight as humans, have flexible limbs, and walk and run quite stably. They can do almost all the work that humans can do. They can also be specially modified according to the nature of the work and the environment, and can work stably in some particularly harsh environments. For example, a large number of third-generation humanoid robots were used to build a space dock a few days ago.

The humanoid robot in front of you is just a third-generation robot covered with a layer of artificial skin. There is not much improvement in its functions. It can be regarded as a minor modification. The reason why it is made like this is that I plan to use it as my stand-in to go to Sweden to receive the Nobel Prize. By the way, I will try to lure out the person behind the scenes and solve the problem. As the old saying goes, there is only a thief who can steal for a thousand days, but there is no one who can guard against thieves for a thousand days. I don’t want to be always targeted by a group of villains. "

After listening to Qiao Ruida's story, Yao Miaozhi stood up and walked to the side of the substitute robot. She observed the robot's body and appearance closely and even felt the touch of the artificial skin. She exclaimed in admiration: "It's true that technology is advancing so fast. This robot looks just like a real person. It's so real. If I wasn't very familiar with Xiaoda and knew his voice, smile, and behavior thoroughly, and found something wrong in some details, even I would have been fooled and thought this robot was my son."

Du Qingqing hugged Qiao Ruida's arm and said coquettishly, "Hubby, how about you make a robot in my image and accompany your substitute robot to Sweden to receive the award. That's the Nobel Prize ceremony, and I heard there will be a Nobel dinner. It's a rare opportunity, and I also want to see it."

Du Qingqing is a top student, a strong woman, and has a strong personality. Even after falling in love with Qiao Ruida and getting married, she rarely acts like a spoiled child to her. Now she suddenly sends a spoiled child method and makes a request. How can Qiao Ruida bear it? She immediately agreed, "Isn't it just a substitute robot? This is easy. I will arrange it for you tomorrow. Two substitute robots can go abroad to receive awards and take care of each other, reducing the chance of exposure. However, this generation of robots is not equipped with olfactory and taste sensors. Even if they attend the Nobel dinner, they can only look at it, but cannot smell the fragrance of the dishes or taste the taste of the dishes."

"Can the stand-in robot eat? Will the food and drinks in its stomach cause the robot's parts to rust?"

"That won't happen. The robot is also equipped with an artificial esophagus and stomach. It can store food residues for a short period of time, but it cannot be digested and needs to be cleaned regularly."

As the three of them were talking, a strong smell of burnt food came from the kitchen. Yao Miaozhi was the first to react and exclaimed, "Oh, I was so busy chatting that I almost forgot that there was pork rib soup stewing on the gas stove!"

Yao Miaozhi hurried into the kitchen to save the pork rib soup. Qiao Ruida and Du Qingqing looked at each other, smiled tacitly, and continued to discuss the stand-in robot's trip to Sweden.

Time passed silently. In the geosynchronous orbit 30,000 meters above the earth's surface, the second space dock was being built rapidly and its size was constantly expanding. This space dock, independently funded by the Ruida Group, used the same design as the Vostok space dock, with only minor changes made to some building modules, and the construction team also used the original team. Therefore, many of the construction plans and construction equipment used in the construction of the Vostok space dock, as well as the lessons learned, can be seamlessly applied to the Ruida space dock. In addition, more and more space transportation companies have participated in the project to help transport building materials and equipment. The construction progress of the Ruida space dock is much faster than that of the Vostok space dock.

On this day, Qiao Ruida was sitting in his office, wearing a brain-computer interface device, controlling a stand-in robot, and inspecting the construction site of the Reda Space Dock. The phone on his desk suddenly rang. At the same time, Jarvis' voice came into Qiao Ruida's mind through the brain-computer interface device, "Boss, the captain of the Vostok Space Dock called, do you want to answer it?"

After hearing Jarvis's reminder, Qiao Ruida ordered the stand-in robot to suspend its journey, and then woke up and took off the brain-computer interface device. (End of this chapter)