Difference between revisions of "Talk:Advanced automation"
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Seems that so-called 'industrial' systems are likely to become more distributed as the flexible computer-control fabrication processes become more prevalent and more capable. | Seems that so-called 'industrial' systems are likely to become more distributed as the flexible computer-control fabrication processes become more prevalent and more capable. | ||
| − | Advanced nanotechnology. Explain. Tasks and manufacturing. Dangers, possibilities. Much of what is talked about to do with nanotechnology and abundance can be achieved with macro-scale technologies. However it is needed for advanced medical applications that cannot currently be treated. | + | Advanced nanotechnology. Explain. Tasks and manufacturing. Dangers, possibilities. Much of what is talked about to do with nanotechnology and abundance can be achieved with macro-scale technologies. However it is needed for advanced medical applications that cannot currently be treated. Reconfigurable matter. |
Taking advantage of self-assembly | Taking advantage of self-assembly | ||
Revision as of 23:41, 18 September 2008
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Of course we don't want to stop people doing things they want to do...
Advanced manufacturing - point to some of the techniques in turning virtual designs into physical objects too
Automated building systems
Controlled environment and how that makes automation easier.
Mega-scale engineering panel
Seems that so-called 'industrial' systems are likely to become more distributed as the flexible computer-control fabrication processes become more prevalent and more capable.
Advanced nanotechnology. Explain. Tasks and manufacturing. Dangers, possibilities. Much of what is talked about to do with nanotechnology and abundance can be achieved with macro-scale technologies. However it is needed for advanced medical applications that cannot currently be treated. Reconfigurable matter.
Taking advantage of self-assembly
