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to refer to structuring of matter on a true picometre scale. Picotechnology was described as involving the alteration of the structure and chemical properties of individual atoms, typically through the manipulation of energy states of electrons within an atom to produce metastable (or otherwise
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to refer to the fabrication of structures where atoms and devices are positioned with sub-nanometre accuracy. This is important where interaction with a single atom or
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features a plot-point in which an advanced alien civilization imbues individual protons with supercomputing powers and subsequently manipulates said protons via
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is desired, because of the strength of the interaction between two atoms which are very close. For example, the force between an atom in an
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to encode information. However, none of these processes produces the types of exotic atoms described by futurists.
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with separation distance, and is sensitive to changes in position on the order of 50 to 100 picometres (due to
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transformations and measurements. Picotechnology would involve the manipulation of matter at the
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stabilized) states with unusual properties, producing some form of
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Alternatively, picotechnology is used by some researchers in
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of a technology capable of manipulating individual atoms
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probe tip and an atom in a sample being studied vary
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56:. Unsourced material may be challenged and removed.
16:Technology at or below the scale of 10^−12 meters
197:of atoms; excitation of electrons to metastable
160:) and two orders of magnitude smaller than most
387:Levels of technological manipulation of matter
295:on the direct manipulation of individual atoms
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168:level. A further hypothetical development,
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116:Learn how and when to remove this message
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996:Differential technological development
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289:There's Plenty of Room at the Bottom
54:adding citations to reliable sources
1085:Future-oriented technology analysis
180:Picoscience is a term used by some
844:High-temperature superconductivity
248:The Chinese science fiction novel
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313:Colby Anderson (8 January 2021).
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956:Self-reconfiguring modular robot
315:"The Three-Body Problem: Review"
144:, intended to parallel the term
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291:", a 1959 lecture by physicist
41:needs additional citations for
849:High-temperature superfluidity
521:Microelectromechanical systems
1:
1112:Technology in science fiction
402:Orders of magnitude (length)
564:Molecular scale electronics
193:, which can manipulate the
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1117:Technology readiness level
1053:Technological unemployment
275:, a 1989 demonstration by
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1100:Technological singularity
1060:Technological convergence
876:Multi-function structures
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283:Technological singularity
891:Molecular nanotechnology
854:Linear acetylenic carbon
559:Molecular nanotechnology
1065:Technological evolution
1038:Exploratory engineering
693:Timelines of technology
226:atomic force microscope
1075:Technology forecasting
1070:Technological paradigm
1043:Proactionary principle
468:Bering Strait crossing
251:The Three-Body Problem
1001:Disruptive innovation
864:Metamaterial cloaking
740:Emerging technologies
688:History of technology
660:Limits of computation
435:Planetary engineering
412:Megascale engineering
19:For the company, see
1048:Technological change
991:Collingridge dilemma
622:Particle accelerator
256:quantum entanglement
238:van der Waals forces
236:at short ranges and
207:saturable absorption
50:improve this article
1105:Technology scouting
1080:Accelerating change
951:Powered exoskeleton
908:Programmable matter
786:Smart manufacturing
781:Molecular assembler
761:3D microfabrication
478:Great Wall of China
425:Climate engineering
150:orders of magnitude
1122:Technology roadmap
824:Conductive polymer
599:Wet nanotechnology
594:Wearable generator
549:DNA nanotechnology
344:Nanosciences group
244:In popular culture
205:and some forms of
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923:Synthetic diamond
819:Artificial muscle
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455:Macro-engineering
240:at long ranges).
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156:(and thus most
152:smaller than a
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579:Nanomaterials
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106:November 2017
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67: –
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61:Find sources:
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51:
45:
44:
39:This article
37:
33:
28:
27:
22:
1144:
1031:Robot ethics
946:Nanorobotics
913:Quantum dots
902:
665:Mode-locking
655:Hafnium bomb
627:Rydberg atom
608:
554:Implications
483:Panama Canal
445:Terraforming
319:. Retrieved
308:
273:IBM in atoms
249:
247:
215:
179:
176:Applications
129:
127:
112:
103:
93:
86:
79:
72:
60:
48:Please help
43:verification
40:
1095:Moore's law
1026:Neuroethics
1021:Cyberethics
791:Utility fog
776:Claytronics
766:3D printing
698:Engineering
617:Exotic atom
584:Nanoreactor
574:Nanofoundry
488:Red Sea dam
473:Delta Works
351:(in French)
317:. The Pacer
187:exotic atom
134:portmanteau
986:Automation
871:Metal foam
589:Regulation
503:Suez Canal
493:Sahara Sea
463:Atlantropa
397:Technology
321:9 February
300:References
142:technology
76:newspapers
1016:Bioethics
834:Fullerene
353:, France.
182:futurists
162:chemistry
154:nanometre
138:picometre
128:The term
1162:Category
941:Domotics
933:Robotics
918:Silicene
839:Graphene
262:See also
222:molecule
201:as with
809:Aerogel
675:Nucleon
342:at the
90:scholar
1011:Ethics
979:Topics
747:Fields
203:lasers
166:atomic
92:
85:
78:
71:
63:
348:CEMES
132:is a
97:JSTOR
83:books
1146:List
323:2021
140:and
69:news
346:at
277:IBM
136:of
52:by
1164::
732:e
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718:v
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113:(
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104:(
94:·
87:·
80:·
73:·
46:.
23:.
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