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Advanced Epitaxy for Future Electronics, Optics, and Quantum Physics (2000) / Chapter Skim
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Abstract
Pages 1-2

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... Growth technologies to incorporate metallic particles and magnetic elements within high-quality semiconductors promise ultrafast electro-optical components for chemical and biological applications as well as electronically controlled magnetism for future memories and electrical/magnetic hybrid devices. Quantum dot materials will lead the field of signal electronics while hopefully providing a new proving and discovery ground for quantum physics.
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Key Terms

  • semiconductors promise
  • growth technologies
  • hybrid devices
  • electronically controlled
  • metallic particles

  • layer structures
  • laser arrays
  • discovery ground
  • tunnel structures
  • dot materials

  • future memories
  • quantum dot
  • incorporate metallic
  • oxide growth
  • hopefully providing

  • cascade laser
  • biological applications
  • signal electronics
  • epitaxial layer
  • efficient cascade

  • promise ultrafast
  • laser designs
  • controlled magnetism
  • quantum physics
  • move future

  • future electronics
  • extreme environments
  • semiconductor nitrides
  • revolutionizing lighting
  • current progress


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