Processors used in smart phones drives large number of data centers and it’s fabricated with the help of silicon. Silicon material is for creating the building blocks of these chips. The transistor, the sub-components used to design all of the complex circuitry.
Over the past several decades, scientists have been working at finding ways to reduce the size of these transistors. Due to this they can increase quantity them into a given size of silicon wafer, thereby designing processors with better capabilities. So that it improves specification of processor including run faster, all the while utilizing less power.
Develop a new technique of fabricating carbon Nano-tubes with shorter contact length so that it affects the performance of transistors. They brought this contact length reduce to 9 nanometers without increasing the resistance of the contact itself.
Traditional silicon-based processors, the present state length is at 25 nanometers. It enables to lower this contact length without increasing resistance is the Holy Grail in packing more transistors into a processor.
Carbon nanotubes have various applications in different sectors as diverse as material science and medicine, with these tubes being approximately 10,000 times thinner than a human hair and extremely strong and resilient. Some electrical properties, scientists are expecting they could power the next wave of more powerful, yet power-efficient, computers.
Carbon Nano-tube based processors are profitable due to low cost. This get through sets the tone for a future that assures computers that are extensively faster and mobile devices that can outlast anything we have today.