An example of nanotechnology making people healthier.

Nanotechnology makes the diagnosis of cancer earlier and more accurate, and can be used for treatment monitoring. Nanotechnology can also enhance or even revolutionize the screening of biomarkers in tissues and body fluids. Because of the differences in the expression and distribution of various molecules, there are differences between cancer and cancer and between cancer cells and normal cells. With the development of treatment technology, it is necessary to detect multiple cancer biomarkers at the same time when determining the treatment plan.

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1, the metal parts of the car are replaced by nano-materials, which reduces the weight of the car and saves fuel.

2, using nanotechnology to improve crop yield, and no pollution.

Nanotechnology is around us. EPS is a gasoline combustion device for automobiles. It uses nanotechnology to divide gasoline molecules into protons in nanometer units to ensure full combustion. Complete gas combustion is helpful to improve power, save energy and improve the environment.

4. Nano raincoat Umbrella is a combination of umbrella and raincoat. Nano-raincoats can be transformed from nano-umbrellas. Nano-raincoats are different from ordinary raincoats because they can ensure that they are absolutely not wet from head to toe. Because of nano-materials, this umbrella can be dried completely at once. After the umbrella is transformed into a raincoat, the raincoat can be completely dried with a slight jump.

5. The early detection and prevention of diseases can be realized by using extremely sensitive nano-detection technology. In the future, nano-robots can even reach lesions through blood vessels and kill cancer cells.

When you are sick, you need to take medicine. At present, taking medicine at a time can last for one or two days at most. In the future, nano-release technology can slowly release drugs, which can last for a week or even a month at a time.

Nano-system physics, nano-chemistry, nano-materials, nano-biology, nano-electronics, nano-machining, nano-mechanics, etc. These seven relatively independent and interpenetrating disciplines and three research fields: nano-materials, nano-devices and nano-scale detection and characterization. The preparation and research of nano-materials are the basis of the whole nano-technology. Among them, nano-physics and nano-chemistry are the theoretical basis of nano-technology, and nano-electronics is the most important content of nano-technology.