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Carbon Nanotubes for Microelectronics?
Small, 2005AbstractDespite all prophecies of its end, silicon‐based microelectronics still follows Moore's Law and continues to develop rapidly. However, the inherent physical limits will eventually be reached. Carbon nanotubes offer the potential for further miniaturization as long as it is possible to selectively deposit them with defined properties.
Franz Kreupl +2 more
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Solid-State Electronics, 1964 Development and applications of microelectronics and ...
Husson, C.
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Biomimetic Microelectronics for Regenerative Neuronal Cuff Implants [PDF]
Advanced Materials, 2015 Smart biomimetics, a unique class of devices combining the mechanical adaptivity of soft actuators with the imperceptibility of microelectronics, is introduced.
Oliver G. Schmidt +2 more
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The future of microelectronics
Proceedings of the IEEE, 1998The future of microelectronics will be determined largely by the success of the semiconductor industry in continuing to exploit the "productivity engine". The cycle of this engine is: 1) exponential trends in technology and productivity improvement, which enable 2) expanding markets and revenues, which enable 3) larger research and development (R&D ...
Pallab K. Chatterjee, Robert Doering
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Toward the domestication of microelectronics
Communications of the ACM, 1985The great challenge for computer science in this decade is to make computers usable by everyone. Computers, long viewed as a dehumanizing force, will become the most powerful means of personal creative expression and communication ever known.
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2024 International Symposium on Electronics and Telecommunications (ISETC)
Israel has played a formative role in the evolution of modern microelectronics, contributing foundational innovations in memory technologies, digital signal processing (DSP), high-performance data transfer, and semiconductor systems that enable advanced automotive functionalities.
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Israel has played a formative role in the evolution of modern microelectronics, contributing foundational innovations in memory technologies, digital signal processing (DSP), high-performance data transfer, and semiconductor systems that enable advanced automotive functionalities.
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Microelectronics in products and production
Robotics, 1985This paper discusses the introduction of microelectronics for innovation of products and production processes as well as its influences on structural changes in the factories. Examples and tendencies for technical changes in products, material flow and information flow are shown.
Hans-Jürgen Warnecke, R.-J. Knappmann
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Nanotechnology and Microelectronics:
International Journal of Nanotechnology and Molecular Computation, 2010For many centuries, the gross world product was flat. But as technology penetrated many economies, over time, the world economy has expanded. Technology will continue to shape the future of commerce, industry and culture with likes of nanotechnology and microelectronics directly or indirectly playing major roles in redesigning the global economic ...
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Silicon microelectronics technology
Bell Labs Technical Journal, 2002Two inventions — the bipolar transistor and the integrated circuit — have fundamentally revolutionized the technology of mankind. Within a period of fifty years, the microelectronics industry has increased the number of transistors fabricated on a single piece of semiconductor crystal by a factor of about 100 million, that is, 1.0e10+8, a productivity ...
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Proceedings Electronic Technology Directions to the Year 2000 ETD-95, 1995
W. Marwood, Lakhmi C. Jain
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W. Marwood, Lakhmi C. Jain
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