Nano-robot belongs to the category of bionics, which is to create a functional molecular machines that can run at the nano level. Later, it was collectively referred to as nano-robot. In fact, in the late 1990s, this concept was already mentioned. At that time, Professor Zhou Haizhong, a famous scholar in China, wrote in his book that nano-robots will change people's lifestyles after 265,438+0 century. It has been nearly 30 years since he said this, so is it more developed?
The answer is yes. In fact, China has always been in the leading position in the field of nano-robots, but surprisingly, the leading figure in the field of nano-robots in China is not from China, but a Japanese. He is Futian in southern Fujian, once known as the "father of nano-robots". It can be said that China's continuous breakthrough in the field of nano-robots in recent years is actually due to this Japanese scientist.
Despite prejudice, in fact, Fukuda in southern Fujian is a world-class scientist, especially on the basis of robot bionics, with outstanding research. He is also the first scientist in the world to apply the concept of bionic robot to the microscopic field and completely change it. Therefore, he was later elected as the president of the International Association of Electrical and Electronics Engineers, and he was also the first Asian president in the history of the association. 1995 at that time, Yasuo Fukuda visited China at the invitation of China and conducted exchanges and research in robotics and bionics, thus forming an indissoluble bond with China.
For a long time, Minnan Futian has been studying nano-robot technology in China, and has also made many changes for domestic research projects. First of all, he improved the experimental instrument for operating nano-robots in the field of micro-operation, and successfully completed the assembly of nano-robots in the field of surgery under micro-operation. We should know that human cardiovascular and cerebrovascular diseases have always been an important disease threatening human health, which is manifested in suddenness and rapidity. However, with nanobots, patients can be treated without surgery and pain by adding nanobots to the lesion.
Not only that, Fujian Futian has also realized the use of nano-robot technology to manufacture artificial blood vessels, which are finer than 3D printed blood vessels and have unprecedented importance in the future medical field. Fujian Futian lived in China for 22 years, and was later employed by Beijing Institute of Technology to train the next generation of successors. During this long time, Fujian Futian has trained more than 30 doctors and postdocs in professional fields, and he hopes that among these students, he can get out of the next Nobel Prize winner.