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An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

Current Silicon based transistors will be replaced with a better technology. Moore's Law will continue. Possible candidates are based on * Multiple cores per chip. * combination of silicon and germanium (III/IV) semiconductors [1][2] * Trigate transistors [3] * 3D computer chips. [4] * On-chip memory. [5] * Silicon Photonics Research [6] * molecular electronics or nanoelectronics (advanced chemistry/biochemistry) * plasmonics (wave effects of electrons are used) * spintronics [7] (including phase-change and magneto-stricitve RAM) * nanotubes (graphene electronics) [8] * Nanotubes replace silicon. PRAM, MRAM. * Holographic storage. [9] * Quantum computing * DNA computing

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  • Computing
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  • Current Silicon based transistors will be replaced with a better technology. Moore's Law will continue. Possible candidates are based on * Multiple cores per chip. * combination of silicon and germanium (III/IV) semiconductors [1][2] * Trigate transistors [3] * 3D computer chips. [4] * On-chip memory. [5] * Silicon Photonics Research [6] * molecular electronics or nanoelectronics (advanced chemistry/biochemistry) * plasmonics (wave effects of electrons are used) * spintronics [7] (including phase-change and magneto-stricitve RAM) * nanotubes (graphene electronics) [8] * Nanotubes replace silicon. PRAM, MRAM. * Holographic storage. [9] * Quantum computing * DNA computing
  • Object: computing
  • Statistics on computing, the Internet, programming, computer games, etc.
  • Computers are very well developed in Vexillium, being avaiable to citizens in most parts of the world. First avaiable only to universities and military institutes as gigantic primitive machines, the coming of the Vexillinet, also known as Internet helped to popularize the personal computers. Apart from this page, a list of computing-related enterprises is avaiable at Companies.
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dbkwik:wiki-social...iPageUsesTemplate
abstract
  • Current Silicon based transistors will be replaced with a better technology. Moore's Law will continue. Possible candidates are based on * Multiple cores per chip. * combination of silicon and germanium (III/IV) semiconductors [1][2] * Trigate transistors [3] * 3D computer chips. [4] * On-chip memory. [5] * Silicon Photonics Research [6] * molecular electronics or nanoelectronics (advanced chemistry/biochemistry) * plasmonics (wave effects of electrons are used) * spintronics [7] (including phase-change and magneto-stricitve RAM) * nanotubes (graphene electronics) [8] * Nanotubes replace silicon. PRAM, MRAM. * Holographic storage. [9] * Quantum computing * DNA computing
  • Object: computing
  • Statistics on computing, the Internet, programming, computer games, etc.
  • Computers are very well developed in Vexillium, being avaiable to citizens in most parts of the world. First avaiable only to universities and military institutes as gigantic primitive machines, the coming of the Vexillinet, also known as Internet helped to popularize the personal computers. Apart from this page, a list of computing-related enterprises is avaiable at Companies.
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