A New Age In Data Processing And Storage

It is an exciting time to be alive, what with nanotechnology, genetic engineering, and advances in materials science upon us. Scientists have designed paper that projects colored lights and are researching a variety of ways to incorporate biological materials into items for example battery cells and optical discs. And now, something has been invented that, according to the man who originally formulated the theory behind it, finally allows us to construct real artificial brains.

A memristor is a newly invented elemental circuit board component that may revolutionize electronics in the 21st Century. This is since they could be utilized both for data processing as well as storage. Existing technology permits for only one or the other. Arranged three-dimensionally to offer for ultra-dense calculations, memristors are projected to allow for a quantum leap in computing power whilst also utilizing much less electricity and as a result generating much less heat, ensuring optimal efficiency and performance.

This can permit computing systems to function a lot more like analog biological brains (actually, memristors have been compared to the synapses in our brains), a tantalizing prospect for artificial intelligence researchers.

Recently created memristors have the potential to maintain scaling for years to come, meaning that the fundamental laws of physics governing how little computing switches may well be, expected to make it possible for for no more than an additional three or four generations of silicon transistor technologies, might be ignored.

The memristors now in existence can switch on and off in about a nanosecond, or one-billionth of a second. In an additional 3 years’ time, memristors ought to be able to hold 20 gigabytes of information in 1 square centimeter. Moreover, memristors can store info even in the absence of an electrical current, which ought to lead to lower power consumption for the same amount of work. This also results in less heat and much longer battery life and device lifespans.

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