Triangular machine moves up 3 mm by using an external magnetic field, which controls its microscopic fins made of special alloy.
Speed of the robot can be controlled by changing the resonant frequency of the magnetic field.
Mae admits that the project is still at an early stage - in the new model of micro-machines from 1 millimeter in length.
Ideally, Chinese scientists would like to make a robot length 0.1 mm - then he will be able to pass through the bloodstream - it needs to adopt the latest advances in nanotechnology.
Read also about the fact that human blood was replaced by hundreds of trillions of robots, and how medical nanorobots learn the language of living cells.
Speed of the robot can be controlled by changing the resonant frequency of the magnetic field.
Mae admits that the project is still at an early stage - in the new model of micro-machines from 1 millimeter in length.
Ideally, Chinese scientists would like to make a robot length 0.1 mm - then he will be able to pass through the bloodstream - it needs to adopt the latest advances in nanotechnology.
Read also about the fact that human blood was replaced by hundreds of trillions of robots, and how medical nanorobots learn the language of living cells.
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