By: The Antiparallel Structures of Science and Engineering
[...] Exploratory Engineering: Applying the predictive power of science to future technologies [...]
View ArticleBy: Stronger than carbon nanotubes: Polyynes and the prospects for carbyne
[...] There are reports of a carbon allotrope, “carbyne”, that is (or would?) consist entirely of polyyne chains, but last time I checked (as I do every few years) these reports haven’t described...
View ArticleBy: Inquiry in Engineering, Design in Science: Completing the Matrix
[...] Exploratory Engineering: Applying the predictive power of science to future technologies [...]
View ArticleBy: The Quantum Information Science and Technology Roadmap (for example…)
[...] Exploratory Engineering: Applying the predictive power of science to future technologies [...]
View ArticleBy: Video of my Oxford nanotechnology lecture
[...] Exploratory Engineering: Applying the predictive power of science to future technologies [...]
View ArticleBy: the Foresight Institute » Blog Archive » The potentially world-changing...
[...] specifically “What can be realized according to physical law?” This is the key premise of the exploratory engineering approach, a methodology proposed by Eric Drexler for assessing the...
View ArticleBy: The potentially world-changing research that no one knows about « Great...
[...] specifically “What can be realized according to physical law?” This is the key premise of the exploratory engineering approach, a methodology proposed by Eric Drexler for assessing the...
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