Andere Kunden interessierten sich auch für
![Nanotechnology Applications for ISR: The Solution to the Intelligence Gap?]( "Nanotechnology Applications for ISR: The Solution to the Intelligence Gap?")
Nanotechnology Applications for ISR: The Solution to the Intelligence Gap?60,99 €![Christian Education in Its Principles: a Sermon Preached Before the General Assembly of the Presbyterian Church in New Orleans, La., May 12th, 1858, i]( "Christian Education in Its Principles: a Sermon Preached Before the General Assembly of the Presbyterian Church in New Orleans, La., May 12th, 1858, i")
Christian Education in Its Principles: a Sermon Preached Before the General Assembly of the Presbyterian Church in New Orleans, La., May 12th, 1858, i15,99 €![The Impact of Nanotechnology Energetics on the Department of Defense by 2035]( "The Impact of Nanotechnology Energetics on the Department of Defense by 2035")
The Impact of Nanotechnology Energetics on the Department of Defense by 203560,99 €![A Demand Side Requirements Model to Forecast C-17 Mobility Aircraft Availability]( "A Demand Side Requirements Model to Forecast C-17 Mobility Aircraft Availability")
A Demand Side Requirements Model to Forecast C-17 Mobility Aircraft Availability60,99 €![A Model to Forecast Civilian Personnel Inventory for the National Security Agency]( "A Model to Forecast Civilian Personnel Inventory for the National Security Agency")
A Model to Forecast Civilian Personnel Inventory for the National Security Agency60,99 €![Building a Consensus Forecast for Crude Oil Prices]( "Building a Consensus Forecast for Crude Oil Prices")
Building a Consensus Forecast for Crude Oil Prices60,99 €![Nano Air Vehicles: A Technology Forecast]( "Nano Air Vehicles: A Technology Forecast")
Nano Air Vehicles: A Technology Forecast61,99 €
Today, the continued success of many industries, especially the microelectronics industry, relies upon the ability to fabricate structures with nanometer precision. The efforts toward developing nanometer scale fabrication methods fall loosely into two fields. One field seeks to extend the current planar, deposit-pattern-etch paradigm used for complementary metal oxide semiconductors (CMOS). This is a top-down approach. The other seeks new techniques to assemble structures without handling individual particles-self-assembly. These techniques take a bottom-up approach. "We are beginning to reach the fundamental limits of the materials used in the planar CMOS process, the process that has been the basis for the semiconductor industry for the past 30 years."2 This is driving industry to fund research to find ways to continue "Moore's Law" - doubling the number of transistors on a chip every two years - with new fabrication methods. The thesis of this paper is that as new fabrication methods are mastered in the quest to continue Moore's Law, these techniques will propagate to other applications with the potential to threaten US national security interests. This paper seeks to prove the thesis with a technology trend forecast in the field of nanoscience focused on self-assembled devices. It identifies a trend, tracks the development of a technology, then forecasts applications, implications, and makes recommendations.