What is Moore's law?

Moore's law, originally formulated by Gordon Moor, then chairman of Intel, first appeared in an article from 1965 on the 35th anniversary of the release of Electronics , "stuffing other components into integrated districts". Moore's law claims that the complexity of semiconductor components with minimal cost regularly doubled, because the first prototype of the microchip was introduced in 1959. This remarkable law held at least in 2005 strongly until this article was writing. In addition, the development of LED lights, brain devices and fastest storage of magnetic data and the fastest brain transmission and the fastest brain transmission and the fastest possible transmission of magnetic growth and the fastest brain transmission and the fastest possible transmission of magnetic data and the fastest possible transmission of magnetic growth. Growth.If Moore's Sunday of Law is all fascinating that Moore had only 6 years of experience with microchips as the basis for its fortressHe held for another 40 years. The death of Moore's law has been predicted several times, but she continually seized. Experts in the field expect hiccups in Moore's law around 2015, when conventional photolithographic techniques reach their final limits.

Photolitography uses light rays to etch the properties into the chip, which means that etching smaller properties requires a smaller wavelength of light. Photolitography is already playing the range of ultraviolet. To go much further than it is difficult due to the large energies needed to produce smaller frequency waves. Therefore, other alternatives such as DNA calculation, nanocomputting, 3-D chips or something unprecedented computing power will have to be used to ensure exponential.

The economy

in at least one area had to give it to maintain the ongoing exponential growth of Moore's law. This area is the initial capital needed to get the wayRobbery of a modern microchip plant, currently in the order of $ 1.5 - 2 billion (US dollars). Research costs and developments in promoting Moore's law of previous photolithography are likely to be on the same cost, not if several times larger. But as demand increases for computing power used for various applications, it is very likely that the necessary offer will be created to meet this demand.

For a comprehensive overview of Moore's law, see Ilkka Tuomi "Life and Death of Moore's law".