What is Nanite?

also known, also known as nanomachin, nanobot or other similar prefix variations, is a machine designed on a very small scale. Since nanomachins are so small, they take their name from the term nanometer , which is one billion meter. Nanity has a number of different uses, but are most often associated with biomedical fields. There is no time frame that outlined when nanomachins can be created that are considered sufficiently safe to fulfill the intended tasks.

While research and development still have a long way, scientists are very enthusiastic about the potential of nanite. As a very small unit, it could perform a number of different tasks. Specific applications could be in the treatment or detection of diseases, health monitoring, helping surgery and many others.

The problem scientists have a problem to reduce Nanit is not only size, but also the complexity of the task. Its construction is likely to replace an atomic or molecule at once. When considering thatThis could take millions of atoms or molecules to create functional nanite, this task may seem stunning quickly.

will not be like a traditional machine. Most likely it will be organically based. In fact, it may be a new bio -special bacteria that has made some people to strongly urge developers to progress carefully.

If the mutation was to be mutated, the consequences could be disastrous, amazing or both. This scenario was based on a number of sci books and television programs. Some led to the DOOMSDAY scenario; Others have noticed that they could have advantages or even new forms of intelligent life.

At present, there is some practical use of nanotechnology of nonobio-chest areas, however, these applications do not use functioning application. Rather, these applications divide the existing mass into very small particles that can be on a very small scaleUse in some electronics, sports equipment and even clothes. One of the popular examples is iPod Nano, which even includes the name in its product.

The key to nanotechnology is the division of matter into very small particles. Scientists have found that this can actually change the normal properties of some matter. In some cases, things become more explosive. In others, the matter can emit light, become extremely hard, or to be changed in several other different ways.