Thenext BIGthingisvery SMALL - although it is also known as " robot ", but nano-robots do not need to imitate human behavior, the main purpose of designing nano-robots is to hope that they can perform "impossible tasks" for humans in "nano-sized space" "For example, driving, detecting, operating, advancing, sending signals, etc., and nano-robots usually only need to have a single or several functions, so it can be as small as a virus, a bacterium or a cell, or even a specific one. Featuresâ€¦â€¦
Nano robots (also known as nanobots or nanites), ranging in size from 100 to 1000 nm, are nanomachines designed to perform special tasks. Because nano-robots are based on the principles of molecular biology, and their development is also in the category of "molecular bionics", nano-robots can also be called "molecular robots".
The design and manufacture of nano-robots is very different from the â€œrobotsâ€ we generally recognize. Today's robot research and development direction is mainly to imitate human behavior, that is, the so-called humanoid robot (such as Honda's ASIMO (Figure 1), with a precise mechanical structure to perform walking, one-handed grab, Hands-on and other actions, and can immediately and appropriately respond to changes in the surrounding environment, these actions need to be backed by powerful detection and sensing devices and highly coordinated neural networks.
Although it is also known as "robot", nano-robots do not need to imitate human behavior. The main purpose of designing nano-robots is to hope that they can perform "impossible tasks" for humans in "nano-sized space", such as driving, Detection, operation, advancement, signal transmission, message processing, swarm, etc., while nano-robots usually only need to have the above single or several functions, so nano-robots can be as small as viruses, bacteria or Cells are the same, and there is only one specific function. Figure 2 is a schematic diagram of the imagination of the nano robot.
Second, the nano robot
The development of nano-robots is based on the microrobots that prevailed in the 1990s, and incorporates the â€œnatural evolutionâ€ of nanotechnology that has undergone major breakthroughs since 2000. Prior to this, there were sci-fi movies depicting scenes of tiny submarines moving through the human body, such as the 1966 Fantastic Voyage and the 1987 "InnerSpace," and nowadays Thanks to science and technology, these sci-fi virtual ideas will have an opportunity to be realized (the fact that people are also being nano-informed is of course not included).
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