Difference between revisions of "Mobile robotic device"
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* [[Mobile nanoscale robotic device|nano-scale]] - (e.g. [[nanomedical devices]], ...) | * [[Mobile nanoscale robotic device|nano-scale]] - (e.g. [[nanomedical devices]], ...) | ||
| − | * micro-scale - (e.g. [[microcomponent maintenance microbot]]s, ...) | + | * [[Mobile microscale robotic device|micro-scale]] - (e.g. [[microcomponent maintenance microbot]]s, ...) |
* [[Mobile mesoscale robotic device|meso-scale]] - around human eye visibility threshold (e.g. hacking devices, CO2 depleting replicators, ...) | * [[Mobile mesoscale robotic device|meso-scale]] - around human eye visibility threshold (e.g. hacking devices, CO2 depleting replicators, ...) | ||
| − | * macro-scale - (e.g. cars & other vehicles for transportation, space probes, ...) | + | * [[Mobile macroscale robotic device|macro-scale]] - (e.g. cars & other vehicles for transportation, space probes, ...) |
== Classification based on material processing capabilities == | == Classification based on material processing capabilities == | ||
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== Related == | == Related == | ||
| − | * [[Cellular shape shifting tangible systems]] | + | * '''[[Cellular shape shifting tangible systems]]''' |
* Mobile robotic devices are not [[self replicating device]]s. They can be but it's the exception rather the norm. <br> That is: The edge "replicator mobility" in the [[reproduction hexagon]] (or the [[replication pentagon]]) does not need to be fulfilled for mobile robotic devices. | * Mobile robotic devices are not [[self replicating device]]s. They can be but it's the exception rather the norm. <br> That is: The edge "replicator mobility" in the [[reproduction hexagon]] (or the [[replication pentagon]]) does not need to be fulfilled for mobile robotic devices. | ||
* [[molecular assembler]] | * [[molecular assembler]] | ||
Latest revision as of 15:37, 22 June 2023
This Page classifies advanced diamondoid atomically precise products that feature mobility in some way.
Earlier atomically precise products include e.g. medical nanomechanisms for drug delivery and such.
Those are not treated here. If you look for those see here (earlier) or here (later).
Contents
Classification based on size
- nano-scale - (e.g. nanomedical devices, ...)
- micro-scale - (e.g. microcomponent maintenance microbots, ...)
- meso-scale - around human eye visibility threshold (e.g. hacking devices, CO2 depleting replicators, ...)
- macro-scale - (e.g. cars & other vehicles for transportation, space probes, ...)
Classification based on material processing capabilities
- microcomponents - (e.g. microcomponent maintenance microbots)
- feedstock molecules suitable best suitable for mechanosynthesis - (e.g. nanofactories, ...)
- normal air - see: air as a resource - (e.g. CO2 collector devices, CO2 depleting replicators, ...)
- certain biological materials e.g. DNA - (e.g. nanomedical devices, ...)
- sugar - (e.g. nanomedical devices, ...)
Classification based on mechanical interconnectedness
- free floating/flying/swimming - (e.g. nanomedical devices, cleanup devices, ...)
- tethered - (e.g. utility foglets, trains, ...)
- barely mobile - (e.g. elasticity emulating microcomponents, ...)
The better the stuff is bond together the better this is for recycling.
Classification based on degree of good will
- productive / useful - (e.g. nanomedical devices, nanofactories, computerglasses, ...)
- grey zone - (e.g. cleanup devices, hacking devices, ...)
- malicious - (e.g. atmosphere poisoners, CO2 depleting replicators, destructive weapons ...)
Classification based on modularity in (part number and part variety)
See: Robot substructure gradients
Related
- Cellular shape shifting tangible systems
- Mobile robotic devices are not self replicating devices. They can be but it's the exception rather the norm.
That is: The edge "replicator mobility" in the reproduction hexagon (or the replication pentagon) does not need to be fulfilled for mobile robotic devices. - molecular assembler
- microcomponent maintenance microbots
- Robot substructure gradients
- Simultaneous prototyping across scales
- The three axes of the Center for Bits and Atoms
- Digital control over matter & machine phase
