Difference between revisions of "Electronium"
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[[Electronium]], a form of [[exotic]] matter, is a generic term for a grouping of artificial atoms. They are, electron configurations that lack nuclei, but are still bound in some manner. The concept was first pioneered with [http://www.wired.com/wired/archive/9.10/atoms_pr.html quantum dots], and expanded rapidly as a form of programmable matter. | [[Electronium]], a form of [[exotic]] matter, is a generic term for a grouping of artificial atoms. They are, electron configurations that lack nuclei, but are still bound in some manner. The concept was first pioneered with [http://www.wired.com/wired/archive/9.10/atoms_pr.html quantum dots], and expanded rapidly as a form of programmable matter. | ||
| − | The word often refers to properties that are difficult or impossible to create with conventional atoms and their corresponding molecules, as the total number of available configurations is effectively infinite, and not limited to combinations of (roughly) spherical | + | The word often refers to properties that are difficult or impossible to create with conventional atoms and their corresponding molecules, as the total number of available configurations is effectively infinite, and not limited to combinations of (roughly) spherical electromagnetic fields with charges running up to around 150 times that of an electron, about half of which have limited stability. |
Electronium is commonplace, although its direct usage is mostly invisible to the population of the [[galaxy]] - it facilitates superconducting, computing, nanomachinery, and many other technologies, and serves as a bridge between normal and [[exotic]] matter. But even in these cases, it works in a tightly controlled setting, invisible to most, and 'just works', although many are aware of it. [[Deflector]]s and similar applications, such as special ultra high or ultra low friction surfaces, viewscreens, and [[assembler]]s are the most common visible applications of this technology, and they generally make the most use of it as programmable matter. | Electronium is commonplace, although its direct usage is mostly invisible to the population of the [[galaxy]] - it facilitates superconducting, computing, nanomachinery, and many other technologies, and serves as a bridge between normal and [[exotic]] matter. But even in these cases, it works in a tightly controlled setting, invisible to most, and 'just works', although many are aware of it. [[Deflector]]s and similar applications, such as special ultra high or ultra low friction surfaces, viewscreens, and [[assembler]]s are the most common visible applications of this technology, and they generally make the most use of it as programmable matter. | ||
Intense amounts of energy, sometimes combined with the assistance of [[mobius pattern]]s, can create an electronium [[screen]]. These are usually simple, flat 'surfaces' granted some property - usually as a filter or defensive net, but more complex devices like [[haptigram]]s are possible. More primitive versions require the screen to be surrounded in some fashion - at least by two opposing faces, though more advanced, shapeable screens have been constructed - most notably the [[planetary screen]]s surrounding [[Ouranos Prime]], [[Earth]] and [[Mars]] before the [[Purge]]. Screen technology is also closely related in concept to [[diagravity]]. | Intense amounts of energy, sometimes combined with the assistance of [[mobius pattern]]s, can create an electronium [[screen]]. These are usually simple, flat 'surfaces' granted some property - usually as a filter or defensive net, but more complex devices like [[haptigram]]s are possible. More primitive versions require the screen to be surrounded in some fashion - at least by two opposing faces, though more advanced, shapeable screens have been constructed - most notably the [[planetary screen]]s surrounding [[Ouranos Prime]], [[Earth]] and [[Mars]] before the [[Purge]]. Screen technology is also closely related in concept to [[diagravity]]. | ||
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| + | When tightly bound and controlled by [[hadronium]], the resulting compound is generally called [[exomatter]]. | ||
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Latest revision as of 05:52, 4 April 2007
Electronium, a form of exotic matter, is a generic term for a grouping of artificial atoms. They are, electron configurations that lack nuclei, but are still bound in some manner. The concept was first pioneered with quantum dots, and expanded rapidly as a form of programmable matter.
The word often refers to properties that are difficult or impossible to create with conventional atoms and their corresponding molecules, as the total number of available configurations is effectively infinite, and not limited to combinations of (roughly) spherical electromagnetic fields with charges running up to around 150 times that of an electron, about half of which have limited stability.
Electronium is commonplace, although its direct usage is mostly invisible to the population of the galaxy - it facilitates superconducting, computing, nanomachinery, and many other technologies, and serves as a bridge between normal and exotic matter. But even in these cases, it works in a tightly controlled setting, invisible to most, and 'just works', although many are aware of it. Deflectors and similar applications, such as special ultra high or ultra low friction surfaces, viewscreens, and assemblers are the most common visible applications of this technology, and they generally make the most use of it as programmable matter.
Intense amounts of energy, sometimes combined with the assistance of mobius patterns, can create an electronium screen. These are usually simple, flat 'surfaces' granted some property - usually as a filter or defensive net, but more complex devices like haptigrams are possible. More primitive versions require the screen to be surrounded in some fashion - at least by two opposing faces, though more advanced, shapeable screens have been constructed - most notably the planetary screens surrounding Ouranos Prime, Earth and Mars before the Purge. Screen technology is also closely related in concept to diagravity.
When tightly bound and controlled by hadronium, the resulting compound is generally called exomatter.
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