MIT researchers grow perfect atom-thin materials.

The new materials like intelligent canvas, are groups of robots. Those robots require miniature microchips. And those microchips require 2D atom structure frames. The perfect atom-thin materials require for nanomachines. And those materials can make a new type of medical possible. The nanomachines are molecular-size machines. The most important thing in those machines is the form of the molecule. The problem with those systems is how to make the form that repeats again and again. If the shape of those molecules is wrong the nanomachine will not work.

Atom-thin materials are needed for a new type of miniaturized technology. Those materials act as a frame where things like nano-size transistors and other components are anchored in their position. The minimum size of nano-size transistors is three atoms that act as a base, collector, and emitter. That allows the creation of extremely small-size microchips.

The new intelligent canvas is the robot group. That thing makes it possible that the canvas can fix its damages. In some visions, the chain armor that Norman knights used would be created by using modern technology. In some futuristic models, the chainrings that formed those armor skirts can be replaced by using robots. The robot snakes would take their place and then close the rings. That allows us to form the most incredible intelligent material. The robots might be thinner than copper wire. And that makes the new self-repairing structures and materials possible.

And those microchips are needed in nanotechnology and especially in controlling nano-sized robots. Nanotechnology also allows the creation of new types of materials like canvas, where the small robot "snakes" are replacing fibers. That thing allows us to create a canvas that can fix its holes. This kind of system requires small and powerful computers. The intelligent canvas is a group of robots.

There possibility that the sub-robots are forming robot "snakes". Those robots can have jaws that act like hooks that those robots are touching each other. The robots can remove their touch. And then they can connect. That kind of thing is a reality maybe quite soon.

https://scitechdaily.com/mit-engineers-grow-perfect-atom-thin-materials/

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