How does the electromagnetic wave emitted by plasma treat diseases?

The so-called electronic material refers to a kind of material with functional characteristics such as energy and signal emission, absorption, conversion and processing. If electronic equipment is compared to a human body, then all kinds of electronic materials are just like the organs, flesh and blood and nervous system of this body, which directly determines the function of electronic equipment. With the development of electronic information technology and new material technology, a batch came into being.

New electronic materials

superconducting material

Using superconducting materials instead of conductor materials to make wires can reduce the loss of long-distance power transmission to be negligible, thus ensuring the unimpeded flow of electrons. High temperature superconducting materials are widely used, including superconducting power generation, superconducting power transmission, superconducting energy storage, superconducting magnetic levitation and so on. The tokamak nuclear fusion experimental device, which is used to explore the controlled nuclear fusion technology, is also equipped with superconducting coils made of high-temperature superconducting materials to generate a strong magnetic field that constrains high-temperature plasma.

Electromagnetic metamaterial

Artificial microstructure with the diameter of electromagnetic supramolecule smaller than the wavelength of electromagnetic wave. These microstructures have specific response behaviors to different electromagnetic waves. Through the precise control of microstructure and arrangement, electromagnetic metamaterials can show very different physical properties from natural materials and have a high degree of designability. This makes electromagnetic metamaterials have important value in wireless communication, electromagnetic stealth, super-resolution imaging and other technical fields.

The material has

Extremely high application

Due to the further support of national policies, the market will inevitably lay out the application of new electronic materials, innovate traditional storage and computing components, help us get rid of the dilemma that integrated circuit storage and computing chips depend on imports, and fully realize the independent research and development of high-performance chips in important national application fields such as the Internet of Things, artificial intelligence and aerospace. Let's wait and see.