Historically, it is a coincidence that the basic concepts of nano-technology and infinite small analysis both appeared in 1959, and they are all related to the word "small ). December 29, 1959, Richard. richard Feynman (1918-1988) delivered a keynote report at the US physical conference entitled "there's plenty of room at the botton" ("Actually, there is a huge space"). the subtitle is "an invitation to enter a new field of physics" ("inviting a new physics field").
According to the online documents of this epoch scientific report, we have evidence that feeman proposed several ideas at that time: there is a possibility of directly manipulating a single atom for chemical synthesis, design a computer integrated circuit with a higher density (now called Nano-computer), and manufacture a micro-robot that can be swallowed into the human body for manual manipulation (now called Nano-robot) to treat patients. These new ideas were incredible and unheard in the physics field at that time.
In January 1960, Robinson (Abraham Robinson, 1918-1974) created an (real) infinite small Analysis Theory (non-standard analysis) to solve the big mathematical problem that exists for more than three hundred years.
What is nano robot? We understand that computers (micron-level) are one thousand times smaller than ant Financial ). Components of this computer are molecular-sized components that can be programmed and controlled manually. Is this a utopia? None.
In June 2013, scientists from northeastern Japan developed a nano robot that can destroy cancer cells; in December of the same year, scientists from South Korea University developed a nano robot that can diagnose and treat colorectal cancer, breast cancer, gastric cancer and liver cancer. For another example, in April 2014, researchers at the University of bayran, Israel, successfully used DNA chains to create a medical nano-robot that could perform logical operations in living animals.
Note: What else can I do if I can't even think about it?