Courtesy of Steve Block Volume II, Issue 2 17 Sizing Up Nanotechnology Block, is that "if we are ever to build machines which are in any way based on biological structures, then we will have to learn about how real biological systems function."








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Just this April, a large cross-departmental group of Stanford faculty was awarded a multi-million dollar grant to take up such challenges and develop new devices and technology for use in 3-D ICs. Chidsey, for instance, is one of the researchers involved in integrating nanowire transistors into 3-D circuits, which requires being able to position nanowires reliably and accurately. With the development of 3-D ICs, you can expect all-in-one MP3 player-telephone-digital camera-PDA devices the size of Star Trek communicators to hit the shelves at Fry's within this decade.
Currently, the gate length, the characteristic length parameter in transistors, has hit about 90 nm. The shorter the gate length, the faster transistors can switch on and off. In fact, the transistors have gotten so fast, that the delay as electrons flow through the skinnier and longer wires needed to cross larger, complex chips is on track to become the limiting factora in speed. This delay is just one of the fundamental problems that threatens to make the nanoscale regime of electronics unfaithful to Moore's Law and demands the design of new materials and structures or a complete shift in chip architecture.