What are the different types of nanotechnological applications?

Nanotechnology is science and creating materials at the molecular level. Nanotechnological applications are used in medicine, chemistry, environment, energy companies and communication. Whether it is through nanotechnological education or nanotechnological applications, this science is still evolving and looking for more uses in everyday life.

The use of nanotechnologies in medicine has provided many medical breakthroughs. Some of the medical nanotechnological applications are for diagnosis. They are used to identify DNA and help detect genetic sequences.

Further use of nanotechnology in medicine is in supplying medicines and tissue engineering. Drug supply can help in the treatment of cancer by drug administration through the implant versus traditional injection. Tissue engineering is a new nanotechnology and includes repair or artificially reproducing damaged tissue. Chemical catalysis is a process of reducing pollutants by means of agent or catalyst. ItIt can be particularly useful if used in fuel cells of vehicles or catalytic converters to reduce the emissions of the car.

filtration is another nanotechnological applications that can help the environment. Extremely small openings in filtration, known as nanofiltration, remove ions for waste water treatment or air cleaning. Slightly larger holes are used in the type of filtration called ultra filtration and its current application is for the kidney dialysis.

Many city energy companies are also nanotechnology companies because they use nanotechnology in their energy applications. One example is improved energy production using solar cells. These solar cells currently transfer only about 40 percent of the energy of the Sun, but nanotechnology should be able to make the amount of energy obtained.

There are also studies examiningWays to increase battery life. These studies use nanotechnological applications such as super capacitors. The intention is to reduce the number of batteries that reach landfills and potentially contaminating groundwater and soil.

Communication also benefits from using nanotechnological applications. Computer memory has been significantly increased and semiconductor speeds are much faster with further development in nanotechnology. These improvements have led to a breakthrough of the speed at which the information and amount of data can be shared that can be analyzed.

Without nanotechnological applications, many of the laser displays would not be used. The future of nanotechnological applications may also include further improvement of the speed at which the data can be calculated. This would provide computers with a huge number of calculations at the same time.