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Bottom-up approach

Bottom-up approach

A bottom-up approach (self-assembly processes) is a term used to describe one of two ways to fabricate nanometre size elements of integrated electronic circuits. This is by building nanostructures from atoms and molecules by their precise positioning on a substrate. Hence a single device level is constructed upward. Self-regulating processes like self-assembling and self-organization and atomic engineering are used for this. An alternative is a top-down approach. The bottom-up approach has the potential to go far beyond the limits of top-down technology. Biologically-inspired assembly/molecular manufacturing is one of the most challenging nanomanufacturing techniques. It is ideal to think of utilizing the many directed self-assembly techniques inherent in nature to make a wide range of hierarchical structures. There are many barriers to mimicking nature including precision synthesis or the ability to obtain the same building blocks repeatedly and reliably such as composition, block, sequence etc. See Nanotechnology, Nanoscale, and Molecular Manufacturing.


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Kenneth Lyngaas

Kenneth Lyngaas

Founder & fashion designer at Buddha Jeans Company
Sustainable fashion designer & eco-philosopher Sustainable fashion dedicated the twenty-first-century green living, design for change through system thinking, eco-philosophy, spirituality, and sustainability.
Kenneth Lyngaas
Kenneth Lyngaas
The top stories on Sustainable Fashion design across the Internet. Edited daily by a team of editors. News dedicated fashion design for the twenty-first-century green lifestyle and eco-fashion community. Subscribe https://paper.li/buddhajeans/1322177882#/
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