In this digital era, everything we do is linked to computers and other forms of technology. Computers play an important role in our social lives, communication networks, financial systems, entertainment, business etc. and take up a lot of our time.
EINAC, the first ever computer, was made in 1946 and was huge. The speed of processing was also extremely slow. Ever since then, a long time has passed with various progress made in the technological department. The present computer has the power to perform millions of operations in a single go. It just takes seconds for the computers to calculate equations while having a conversation with other people around the world.
Computers have cores with a lot of processors inside them that carry out the calculations simultaneously without heating up much. The cost of the computers has also decreased with time. As soon as a new model comes out, there is a considerable decline in the price of the previous model.
The discovery of Internet has opened up new possibilities in the whole wide world. With this advancement, one would think that there is no possibility left for improvement. However, the computer companies keep on progressing and improving each and every product with every passing month to bring out something that is better in case of functionality and speed.
The question is-
CAN IT KEEP GETTING FASTER?
What happens when we breach the boundary? Moore’s law states that every two years, the transistors per integrated circuit need to be doubled up for progression of computer hardware. Moore’s law cannot work always since the chipmakers today are working on devising a new computing paradigm. After the proposition of Moore’s law, forty years later, Intel had made enough progress to shrunk down the size of the transistors to a small dot.
Quantum computing has now emerged as an important genre of study. On the basis of uncertainty of quantum state, quantum computing has the ability of increasing the processing speed of the computers. If quantum computing is made possible, it would allow far greater calculations to be carried out at a much faster pace.
With advancement with graphene, scientists at IBM have invented graphene based chip that can carry out more advanced calculations. Using a small coating of graphene in microchip, engineers have prevented the slowdown of speed caused due to graphene’s fickle.
The market is still growing and improving. It is no wonder that the speed of the computer might get faster than ever with changing times.