Russian and Chinese scientists have presented a method to create two-dimensional nanomaterials from carbon nanotubes suitable for use in optoelectronics and photonics. This method allows the controlled creation of materials with different optical properties, making them an ideal basis for ultrasensitive sensors and other devices. The basis of these devices will be two-dimensional materials consisting of aligned carbon nanotubes, created using an advanced method that allows you to control the structure of the material.
Carbon nanotubes are a unique material; Aligning them in a particular direction was a difficult task before. According to the researchers, their new approach allows them to create aligned carbon nanotubes with desired properties. Initial experiments with two-dimensional materials have shown that they have a unique physical property that modulates light and other electromagnetic waves across a broad spectrum, from ultraviolet to infrared radiation.
Scientists have developed a method that allows them to select the optimal structure of a two-dimensional carbon nanotube film for various manipulations with electromagnetic waves. This will accelerate and reduce the cost of the development and industrialization of two-dimensional carbon materials such as aligned nanotubes.
Source: Ferra
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