Carbon NanoElectronics

Conduct Research

• MICRO: Transistorama
  for 25% germanium. The SiGe method is not used for NMOS transistors. For NMOS, a similar effect may be achieved by epitaxially growing a material with a smaller crystal lattice, such as carbon-doped silicon. However, the current performance increase resulting from this technique is outweighed...
• When Micro Meets Nano This just in! This just in! This just in!
  and nanoelectronics development. The Delft University of Technology in the Netherlands announced in early October that it has developed the world's first SRAM with transistors made of carbon nanotubes. Five advances make nanoscience possible, asserts Zhong Wang, director of Georgia Tech's Center...
• Solutions For Nanotechnology R&D
  . Applications include measurements on carbon nanotubes, nanotube-based field emitter displays, nanowires and nanofibers, and nano-opto components, plus characterization of molecular electronics and nanomaterials. Application Background. Nanotechnology R&D is concerned with materials and devices...
• MICRO: The Big Idea
  detection limits." The test data shared at SPWCC also showed a 94% reduction in total oxidizable carbon content, while the mass transfer rate across the membrane was found to be directly proportional to the upstream pressure and was high enough to be commercially viable for future semiconductor...
• Organic semiconductors key to cheap solar cells
  , Yung Cheng Lee. To fully integrate nanotechnology into cell phones, automobiles, and defense applications, will take a more fundamental understanding of carbon nanotubes and various nanowires, he says. To that end, the Darpa Focus Center on Nanoscale Science and Technology for Integrated Micro...
• Backtalk 4/23/09
  studied the effects of a recently discovered molecule that could treat bacterial infections or prevent neurodegenerative disorders such as Alzheimer’s disease. Rounding out the top three is Philip Streich, 18, of Platteville, Wis. He received a $50,000 scholarship for his project on carbon nanotubes...
• MICRO: The Hot Button
  of semiconductor nanowires and carbon nanotubes suggest that it may have a wirelike geometry, may not be based on silicon, and may be integrated in three dimensions. Furthermore, looking toward 2025, we must ask if there is a device beyond the FET. Seeking to stimulate and accelerate research...
• MICRO: Interview
  new technologies, such as 3-D interconnect, 3-D stacking of chips, and so on. And then we have some more-exploratory sorts of activities that deal with germanium/III-V and nanoelectronics activities, such as carbon nanotubes and interconnect nanowires. Those are the main activities within the program...

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