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An overview of nanotechnology and molecular manufacturing

The basic points below describe the topic, its importance, and how it relates to current scientific knowledge and laboratory capabilities. The systems overview describes the components and organization of molecular manufacturing systems and shows why they can be extraordinarily productive.

Basic points:

Link down  The term “nanotechnology” has two very different meanings.

Link down  Molecular manufacturing will use nanomachines to build large products with atomic precision

Link down  Molecular manufacturing will be able to make a wide range of superior products, many with unprecedented abilities

Link down  Molecular manufacturing can be clean, efficient, and inexpensive

Link down  Molecular manufacturing does not require self-replicating machines

Link down  Existing knowledge in science and engineering provides the basis for our current understanding of molecular manufacturing

Link down  Research worldwide is advancing along multiple paths toward molecular manufacturing

Systems overview:

Link down  Mechanosynthetic operations on molecules can transfer single atoms

Link down  Physical scaling laws enable small machines to be highly productive

Link down  Molecular mills can perform repetitive assembly steps using simple, efficient mechanisms

Link down  Convergent assembly can quickly build large products from nanoscale parts

Link down  Complete molecular manufacturing systems will have many subsystems, designed to meet many constraints

Images:

Link down  Images of the desktop nanofactory are available for use

(cc) 2004 , revised: 09.06.2004

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