Difference between revisions of "Unobtainium"
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(New page: '''Unobtainium''' is a term coined by engineers to describe materials that do not exist. When you find that the material properties require for a particular function cannot be met by an m...) |
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'''Unobtainium''' is a term coined by engineers to describe materials that do not exist. When you find that the material properties require for a particular function cannot be met by an material known to modern science, the material that you need is unobtainium. Examples include: | '''Unobtainium''' is a term coined by engineers to describe materials that do not exist. When you find that the material properties require for a particular function cannot be met by an material known to modern science, the material that you need is unobtainium. Examples include: | ||
* | * Metals with impossibly high melting points. | ||
* | * Structural materials with impossibly high tensile strength. | ||
* Fuels with impossibly high energy density. | |||
This term has appeared at least once in science fiction, describing a material with impossible properties. May science fiction materials actually fit this description, though. | This term has appeared at least once in science fiction, describing a material with impossible properties. May science fiction materials actually fit this description, though. | ||
[[Category: Science Fiction]] | [[Category: Science Fiction]] | ||
Revision as of 14:05, 8 June 2009
Unobtainium is a term coined by engineers to describe materials that do not exist. When you find that the material properties require for a particular function cannot be met by an material known to modern science, the material that you need is unobtainium. Examples include:
- Metals with impossibly high melting points.
- Structural materials with impossibly high tensile strength.
- Fuels with impossibly high energy density.
This term has appeared at least once in science fiction, describing a material with impossible properties. May science fiction materials actually fit this description, though.