Photonic Computing

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Photonic Computing

Posted On : Oct-27-2010 | seen (463) times | Article Word Count : 495 |

In today’s scenario there is growing dependence on computing technology, the need for high performance computers has significantly increased. With the help of virtual product design and development, costs can be reduced hence looking for improved computing capabilities are desirable. Photonic computing includes the Photonic calculation of transformation and Photonic pattern matching. Emerging technologies also make the Photonic storage of data a reality. Photonic desktop computer is capable of processing data up to 1,00,000 times faster than current models. Outsourced software development companies can gain a lot of efficiency by using Photonic computers.

Photonic computers use the transfer and manipulation of photons, which are pulses of light, as a means of transferring and performing calculations of data. For performing calculations, Photonic computers manipulate the flow of electrons through logic gates composed of transistors, which acts like switches – located in the computer’s Central Processing Unit. Photonic computers, like modern computers, works in a similar fashion in the sense that they both transfer and manipulate data in the form of bits, however, unlike traditional computers where bits are represented as electrons, Photonic computers represent bits in the form of photons. The Photonic computer uses only light to collect, retrieve, and process data. This makes it operate much faster than electronically based computers because information and processing occurs at the speed of light. Another key benefit of the Photonic computer is that less energy is used to power the system and it does not have the same interference problems that make it difficult for current chip manufacturers to make smaller transistors. This is because light energy does not interact with other photons. The processor itself is a laser inscribed piece of crystal made in the laboratory and the current system uses only a huge amount of RAM to store information. Although this system is complete, it is still very simple and not very useful.

Photonic computing is digital computing in replication of conventional electronic computing only using laser light instead of electricity and holograms instead of silicon computer chips. Photonic comes from photon which is the smallest unit of light just as an electron is the smallest unit of electricity. Photon comes from photo. Uninhibited light travels thousands of times faster than electrons in computer chips, therefore, it is capable of computing thousands of times faster than electronic computing. Therefore, light computers compute thousands of times faster than any electronic computer can ever due to the physical limitation differences between light and electricity.

Photonic technology has made its most significant mark in digital communications, where fiber optic data transmission has become commonplace. The ultimate goal is the photonic network, which uses visible and IR energy exclusively between each source and destination. Photonic technology is employed in CD-ROM drives and their relatives, laser printers, photocopiers, and scanners, which are used by offshore software development services. However, none of these devices are fully photonic; all depend to some extent on conventional electronic circuits and components.

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<h1>Photonic Computing</h1> Author: <a href='http://www.articleseen.com/profile_StefanJeff.aspx'>StefanJeff</a> In today’s scenario there is growing dependence on computing technology, the need for high performance computers has significantly increased. With the help of virtual product design and development, costs can be reduced hence looking for improved computing capabilities are desirable. Photonic computing includes the Photonic calculation of transformation and Photonic pattern matching. Emerging technologies also make the Photonic storage of data a reality. Photonic desktop computer is capable of processing data up to 1,00,000 times faster than current models. Outsourced software development companies can gain a lot of efficiency by using Photonic computers.

Photonic computers use the transfer and manipulation of photons, which are pulses of light, as a means of transferring and performing calculations of data. For performing calculations, Photonic computers manipulate the flow of electrons through logic gates composed of transistors, which acts like switches – located in the computer’s Central Processing Unit. Photonic computers, like modern computers, works in a similar fashion in the sense that they both transfer and manipulate data in the form of bits, however, unlike traditional computers where bits are represented as electrons, Photonic computers represent bits in the form of photons. The Photonic computer uses only light to collect, retrieve, and process data. This makes it operate much faster than electronically based computers because information and processing occurs at the speed of light. Another key benefit of the Photonic computer is that less energy is used to power the system and it does not have the same interference problems that make it difficult for current chip manufacturers to make smaller transistors. This is because light energy does not interact with other photons. The processor itself is a laser inscribed piece of crystal made in the laboratory and the current system uses only a huge amount of RAM to store information. Although this system is complete, it is still very simple and not very useful.

Photonic computing is digital computing in replication of conventional electronic computing only using laser light instead of electricity and holograms instead of silicon computer chips. Photonic comes from photon which is the smallest unit of light just as an electron is the smallest unit of electricity. Photon comes from photo. Uninhibited light travels thousands of times faster than electrons in computer chips, therefore, it is capable of computing thousands of times faster than electronic computing. Therefore, light computers compute thousands of times faster than any electronic computer can ever due to the physical limitation differences between light and electricity.

Photonic technology has made its most significant mark in digital communications, where fiber optic data transmission has become commonplace. The ultimate goal is the photonic network, which uses visible and IR energy exclusively between each source and destination. Photonic technology is employed in CD-ROM drives and their relatives, laser printers, photocopiers, and scanners, which are used by offshore software development services. However, none of these devices are fully photonic; all depend to some extent on conventional electronic circuits and components.About the Author: Stefanjeff is the author of this article. He has been writing articles for <a rel="nofollow" href= http://www.q3tech.com/technology.html>offshore software development services</a> like Q3 technologies since last three years. He also has a keen interest in outsourced product development and mobile application development technologies.

For more details, feel free to visit http://www.q3tech.com

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Author Resource :
Stefanjeff is the author of this article. He has been writing articles for offshore software development services like Q3 technologies since last three years. He also has a keen interest in outsourced product development and mobile application development technologies.

For more details, feel free to visit http://www.q3tech.com

Keywords : Offshore Product Development India, Outsourced product development India, outsourced product development company, offshore pr,

Category : Computers : Software

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