The AI revolutionizes manufacturing technology.

   The AI revolutionizes manufacturing technology. 

The new nanotechnology is an impressive tool. The miniature structures make materials stronger than ever before. But making those materials and complicated structures real, the system requires the ability to see what happens in those reactions. Without that ability, the system cannot control the process. 

The tiny 3D printers make those complicated structures. And without nano-scale raw materials like enzyme and protein fibers those printers don't work as they should. When lasers adjust the diameter of the silk fiber, that thing requires very accurate systems that can control the process with very high accuracy. In that production process, all parts must work properly. Or the system is useless. 

The AI can control multiple actors at the same time. That ability makes it a perfect tool for controlling microchip production. AI can register minimum anomalies in the raw materials and structures. When the processor's size turns small and even into nanosize, even the smallest anomaly in its structure means something. 

The same technology that was developed for microchip production can used to make other nano-scale structures. Those nano-scale structures give a well-known material new abilities. When carbon in steel turns into a fullerene form, that thing gives a new form and stamina for that well-known material. The nanotubes can conduct strike energy out from steel. 

And that thing gives new strength to steel. And maybe in the future, there will be a nanotube lattice in steel. That lattice looks like concrete reinforcement which makes that material very strong. The extremely thin steel nanotube lattices can be put into a tower, layer by layer. And that thing makes a hard composite structure. 

The AI can observe large entireties. It seems even the minimum changes. And that's why it can observe internal interactions in cells. When we think of natural or genetically engineered cells as robots or small factories that produce DNA, proteins, and enzymes for nanotechnology an ability to see what happens in the cells is important. DNA, enzymes, and proteins are tools for miniature 3D printers. The problem with the DNA is that can act like viruses. And in the worst case, the DNA bite includes a self-destruction code, that orders the cell to die. And that can cause a deadly chain reaction in the body. 

The AI controls those cells adjusting nutrients or stressing cells with electric impulses. To make that technology successful. The AI must see what is going on. And without that ability, the system cannot operate as it should. A  single molecule's or even an atom's place is important in nano-scale systems. And without the ability to see the process, the system works like a blind worker. 

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