New technologies that make the dye from a single-celled organism can be used to make photocatalysis-based photocatalysers for a variety of applications, from dyeing clothing to cleaning up polluted rivers.The U.S. Food and Drug Administration's (FDA) Office of Technology Development (OSTD) said the new technology will allow researchers to easily make the pigment from a group of bacteria called Bac...
Nanomaterial photocatalysts are one of the most promising applications of the latest generation of semiconductor technology.
Although there are many different types of nanowires, the most commonly used ones are those made of carbon nanotubes or graphene.
However, these materials are very fragile, making them unsuitable for high-speed electron microscopy.
One promising approach for using nanomotors is to use them as photocatalysers.
In particular, a group of researchers from the University of California, Berkeley and the University at Buffalo have created a nanoparticle that behaves as a photocatcher.
It’s not as strong as graphene, but it’s much stronger than any other existing photocatchers.
The team has demonstrated that this nanoparticle can be used to photocatach the semiconducting layer of an organic semiconductor material such as graphene.
They also showed that it can be applied to semiconductor films of organic materials, which are the most abundant in nature.
It is, however, not yet known whether the nanoparticles will be useful in real-world applications.
Here we describe their work, which demonstrates that nanomots can be employed as a scalable, scalable and reliable photocatcer, which can be made from organic semiconductors.
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