| Swimmer963 (Miranda Dixon-Luinenburg) | v1.9.0 | |||
| Vladimir_Nesov | v1.8.0 | (+118/-118) put the primary reference higher | ||
| Vladimir_Nesov | v1.7.0 | (+59/-8) /* See also */ | ||
| Vladimir_Nesov | v1.6.0 | (-19) Undo revision 5116 by [[Special:Contributions/PeerInfinity|PeerInfinity]] ([[User talk:PeerInfinity|Talk]]) | ||
| PeerInfinity | v1.5.0 | (+19) all "See also" links should be bidirectional | ||
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| Vladimir_Nesov | v1.3.0 | (+8) /* See also */ | ||
| Vladimir_Nesov | v1.2.0 | category: future | ||
| Vladimir_Nesov | v1.1.0 | (+6) /* See also */ | ||
| Vladimir_Nesov | v1.0.0 | (+742) Created page with '{{wikilink}} '''Exploratory engineering''' is a process for understanding a subset of the potential capabilities of future levels of technology. This process resembles the first...' |
Exploratory engineering is a process for understanding a subset of the potential capabilities of future levels of technology. This process resembles the first phase of standard design engineering (termed conceptual engineering, or conceptual design), but it serves a different purpose:
Exploratory engineering allows to show how some capabilities that intuitively seem absurd may actually be achieved in the future.
External links
External linksExploratory Engineering: Applying the predictive power of science to future technologiesbyEric Drexler