Benefits Of Nanotechnology In Computer Science

Benefits of nanotechnology :-for computer science Nanotechnology has benifited computer science in many ways such as by increasing the efficiency of computer processors, by ensuring the continuity of MOORE’S LAW etc. A billion (or trillion) tiny particles, whether complex molecules or miniature machines, must all cooperateand collaborate in order to produce the desired end result. None will have, individually, sufficient computing power to enable complex programming. Like the growth of crystals, the development of embryos, or the intelligent behaviour of ants, bottom-up nanotechnology must be achieved through collective, emergent behaviours, arising through simple interactions amongst itself and its environment .Computer science, and especially

They even consume less power and this is the reason for using them in computers.

28%3. Importance of IC in Industry:- First, the fact that they contain multiple components that are designed and tested to perform a specific task means that the electronic designer can use them as building blocks within a circuit instead of designing many separate components.
Second, and the more significant advantage is that they can reduce the size of components to allow a far higher component density. Processor and memory chips contain millions of components in a package that is only an inch or two across. The same circuit in discrete components would fill a room. We benefit by seeing tiny products such as cell phones or laptop computers that simply wouldn't exist without integrated circuits.
Integrated circuits also benefit us by using less power than------[

My task is to tell you about what can be advantages of these circuits to the person who is buying.
Secondly telling you about how it can affect the Nation's Economy.
My role is to conduct a survey, contact many companies, read through many company research papers and find out the knowledge required for taking a career in nanotechnology. Different people/employees have a different perception for nanotechnology. Some might want to go in the manufacturing and production of nanoscale products, others might be interested in future requirement research and application of nanoscale products. Also, my job is to learn the different problems the company and the employers/employees face during their work and how the approach and solve their problem.

100%6a.CONCLUSION;-- I concludes that, Last but not least according to me INTEL makes far better chips in comparison to AMD microprocessor chips as in former one there is less heat loss than AMD. The AMD chips are not straight forward as in this microprocessor chip it likes to shove as many cores as possible in single processing unit. AMDalso lacks in support with other component as they have least motherboard sockets with