What is the role of nanotechnology on computers?

Nanotechnology on computers provides the need for faster running computer processes at colder temperatures than traditional computer components based on transistor. In traditional calculations, the transistors use silicon components as an affordable and easily produced method to provide smaller and faster computers and electronic aids such as netbooks, smartphones and personal assistant devices. However, such thick aids in such a small size produce too much heat, but thus reduce the efficiency, power and longevity of silicone components. Nanotechnology in the calculation solves thermal dilemma by providing improved processor power at cold and lighter weight temperatures.

Nanotechnology in computers uses nanomaterials, small machines of the size of molecules that process information similarly to complex and complex cells in the living organism. Like cells there are nanomaterials at microscopic level, one nanometer measures one billiona meter or 1/50, 1/50,000 human hair thickness. Therefore, nanotechnology in the area of ​​calculation works at a slight level. Computers manufacturers create long, microscopic sources of carbon atoms called carbon nanotubes, into small transistors that provide double the strength of silicon chips, generating much less thermal and lighter components. In addition, nanotechnology applications offer more efficient performance, maintaining performance and increasing battery life for smaller portable electronic devices.

drive for more powerful computers with larger memory with lighter weights and colder temperatures is responsible for developing nanotechnology on computers. In addition to greater processing performance, nanotechnology provides advanced memory deposits on computers. "Nanodot" with its ability to condense a huge amount of data in a narrowly packed section, eventually can replace the hard disk. OnNOMATIALS are generally more expensive than silicon materials, but the increase in demand prevails over the economic problem.

with the development of transistor after World War II exploded consumer electronics in popularity. Over the four decades, a personal computer was born. As a bulky desktop device, there was no immediate need for portability on computers. Fans inside the computer case, the necessary component to maintain transistors and other computer parts cool, absorbed precious space. However, because these first computers were stationary, manufacturers have not seen any real need to reduce the size of the machine.

The development of mobile phones and small computer devices has created the need for smarter and more efficient means to perform computing processes. Silicon Chip responded to the call for faster calculation. As the device has diminished and consumers demanded stronger technology, heat made of silicone components overwhelmed electronic devices. Computer scienceIt has developed nanotechnology or nanotechnology to suit the need for smaller devices operating at colder temperatures and faster speeds.