Silicon Transistors Will Encounter Pressure From Nanoelectronics

NANO TECH

Is the silicon age entering its last years ahead of a new age of nano scale technologies

San Jose - Nov 19, 2002
The future of nanoelectronics looks promising. Built with nanotubes and various self-assembling molecular structures, this technology may revolutionize the electronic world by replacing the silicon transistor in approximately ten years.

Chemically synthesized nano building blocks are expected to replace semiconductor logic and memory devices and target niche applications over the next decade.

"In 20 to 50 years, we will likely see wide-ranging use of self-assembly," says Technical Insights Director of Research Leo O'Connor.

Extreme ultraviolet (EUV) lithography is currently favored by chipmakers, and some companies are expected to use EUV to replace 157 nm scanners in the second half of the decade. Japanese electronic companies have joined forces to develop low-energy electron-beam proximity projection lithography.

Currently, chipmakers are working to make the 157 nm lithography technology operational by 2003. In doing so, they have come up against many obstacles such as the availability of calcium fluoride for lens manufacturing and contamination of optical elements.

Researchers are working to address these difficulties. Recently, supporters of various forms of next-generation lithography reported progress on 157 nm optical, projection e-beam lithography and EUV lithography. Although expensive, EUV scanners will work at the 13.5 nm wavelength and take manufacturers over several process generations.

Although chip technology plays a crucial role in the semiconductor industry, researchers believe that it is only a matter of time before the switch from lithographed silicon chips to self-assembled nanoelectronics takes place.

In anticipation of the eventual change, researchers at various universities are experimenting with different technologies. At Delft University in the Netherlands, for example, researchers have built basic logic circuits with carbon nanotubes, while at Harvard University a group of researchers used indium phosphide nanowires to build the same types of devices.

Molecular self-assembly is not without its share of problems. Despite challenges, it seems clear that nanotechnology will have a profound impact on the future development of many sectors, particularly that of electronics, which demands technologies that enable faster processing of data at lower costs.

NANO TECH

DoE Backs Oregon State Microproducts Institute

Corvallis - Nov 18, 2002
Oregon State University and the Department of Energy's Pacific Northwest National Laboratory today agreed to form a research and educational center, called the Microproducts Breakthrough Institute, to develop and help market advances in the emerging and highly promising field of microtechnology.

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