Difference between revisions of "Sitemap"
From apm
(all to halfway M) |
m (→M) |
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− | This is just a snapshot done at 2022-04-22 | + | This is just a snapshot done at 2022-04-22 for experimentation with AI crawling. |
+ | |||
+ | https://www.chatbase.co/create-new-chatbot <br> | ||
+ | ... did not work so far | ||
== Symbols & Numbers == | == Symbols & Numbers == | ||
[[1D diffusion transport of crystolecules]] | [[1D diffusion transport of crystolecules]] | ||
− | [[2023-03-12 3D modeling]] | + | [[2023-03-12]] |
+ | [[3D modeling]] | ||
== A == | == A == | ||
Line 582: | Line 586: | ||
[[Limits to lower friction despite higher bearing area]] | [[Limits to lower friction despite higher bearing area]] | ||
[[Liquid nitrogen ocean]] | [[Liquid nitrogen ocean]] | ||
+ | [[List of machine elements]] | ||
[[List of potential gemstone based metamaterials]] | [[List of potential gemstone based metamaterials]] | ||
[[List of proposed tooltips for diamond mechanosynthesis]] | [[List of proposed tooltips for diamond mechanosynthesis]] | ||
Line 603: | Line 608: | ||
== M == | == M == | ||
− | [[Machine | + | [[Machine element]] |
[[Machine phase]] | [[Machine phase]] | ||
[[Machine phase organized other phases]] | [[Machine phase organized other phases]] | ||
Line 664: | Line 669: | ||
[[Microcomponent]] | [[Microcomponent]] | ||
[[Microcomponent maintainance unit]] | [[Microcomponent maintainance unit]] | ||
+ | [[Microcomponent maintainance unit]] | ||
+ | [[Microcomponent maintainance units]] | ||
+ | [[Microcomponent maintenance microbot]] | ||
+ | [[Microcomponent maintenance unit]] | ||
+ | [[Microcomponent recomposer]] | ||
+ | [[Microcomponent recomposer (disambiguation)]] | ||
+ | [[Microcomponent recomposer device]] | ||
+ | [[Microcomponent redistribution system]] | ||
+ | [[Microcomponent subsystems]] | ||
+ | [[Microcomponent tagging]] | ||
+ | [[Microcomponents]] | ||
+ | [[Microelectromechanic system]] | ||
+ | [[Microelectromechanical systems]] | ||
+ | [[Microfluidics]] | ||
+ | [[Microgravity]] | ||
+ | [[Microgravity locomotion suit]] | ||
+ | [[Millimetre sized components]] | ||
+ | [[Mining]] | ||
+ | [[Miscellaneous]] | ||
+ | [[Misconceptions]] | ||
+ | [[Misleading biological analogies that should be avoided]] | ||
+ | [[Mobile carbon dioxide collector]] | ||
+ | [[Mobile carbon dioxide collector buoy]] | ||
+ | [[Mobile carbon dioxide collector buyo]] | ||
+ | [[Mobile mesoscale robotic device]] | ||
+ | [[Mobile mesoscale robotic devices]] | ||
+ | [[Mobile nanoscale robotic device]] | ||
+ | [[Mobile nanoscale robotic devices]] | ||
+ | [[Mobile robotic device]] | ||
+ | [[Mobility prevention guideline]] | ||
+ | [[Mode of assembly]] | ||
+ | [[Modular molecular composite nanosystem]] | ||
+ | [[Modular molecular composite nanosystems]] | ||
+ | [[Moieties]] | ||
+ | [[Moiety]] | ||
+ | [[Moissanite]] | ||
+ | [[Molecular assembler]] | ||
+ | [[Molecular assembler concept]] | ||
+ | [[Molecular assemblers]] | ||
+ | [[Molecular biology]] | ||
+ | [[Molecular dynamics implementation cheat sheet]] | ||
+ | [[Molecular dynamics simulation]] | ||
+ | [[Molecular mill]] | ||
+ | [[Molecular mills]] | ||
+ | [[Molecular power converter]] | ||
+ | [[Molecule fragment]] | ||
+ | [[Molecule fragments]] | ||
+ | [[Molekulare Nanotechnologie]] | ||
+ | [[Molybdenum]] | ||
+ | [[Most R&D construction sites for progress in APM]] | ||
+ | [[Most relevant R&D construction sites for progress in APM]] | ||
+ | [[Most speculative potential applications]] | ||
+ | [[Motor-muscle]] | ||
+ | [[Motor muscle]] | ||
+ | [[Multi criterion file system]] | ||
+ | [[Multi limbed sensory equipped shells]] | ||
+ | [[Multilayer assembly layers]] | ||
+ | [[Muscle motor]] | ||
+ | [[Muscle motor]] | ||
+ | [[Muscle motors]] | ||
+ | |||
+ | == N == | ||
+ | |||
+ | [[Naive groupings as dumbed down functions]] | ||
+ | [[Naked core]] | ||
+ | [[Nanite]] | ||
+ | [[Nanites]] | ||
+ | [[Nanobot]] | ||
+ | [[Nanobot swarms]] | ||
+ | [[Nanobots]] | ||
+ | [[Nanocyte]] | ||
+ | [[Nanocytes]] | ||
+ | [[Nanofabrik (potental version for german wikipedia)]] | ||
+ | [[Nanofabrik (wikipedia version)]] | ||
+ | [[Nanofactories]] | ||
+ | [[Nanofactory]] | ||
+ | [[Nanofactory layers]] | ||
+ | [[Nanofactory math based on continuity of throughput]] | ||
+ | [[Nanofactory math based on continutiy of throughput]] | ||
+ | [[Nanomachinery encapsulation]] | ||
+ | [[Nanomechanic circuits]] | ||
+ | [[Nanomechanical computation]] | ||
+ | [[Nanomechanical computing]] | ||
+ | [[Nanomechanics is barely mechanical quantummechanics]] | ||
+ | [[Nanomedicine (Book)]] | ||
+ | [[Nanoparticle]] | ||
+ | [[Nanoscale actuators]] | ||
+ | [[Nanoscale connection method]] | ||
+ | [[Nanoscale passivation]] | ||
+ | [[Nanoscale style machinery at the macroscale]] | ||
+ | [[Nanoscale surface passivation]] | ||
+ | [[Nanosystems]] | ||
+ | [[Nanoystems]] | ||
+ | [[Natural 2D visualization of 1D bit data]] | ||
+ | [[Natural color of gem-gum products]] | ||
+ | [[Natural scaling for speed of operations of machinery]] | ||
+ | [[Natural scaling of absolute speeds]] | ||
+ | [[Natural visualization]] | ||
+ | [[Nature does it differently]] | ||
+ | [[Near term and far term]] | ||
+ | [[Negative pressure bearings]] | ||
+ | [[Neo-polymorph]] | ||
+ | [[Neo-polymorphic]] | ||
+ | [[Neo-polymorphs]] | ||
+ | [[Neo polymorph]] | ||
+ | [[Neologism]] | ||
+ | [[New software crisis]] | ||
+ | [[Nickel]] | ||
+ | [[Nitrogen]] | ||
+ | [[No nanobots]] | ||
+ | [[Non-thermal selfassembly]] | ||
+ | [[Non atomically precise manufacturing methods]] | ||
+ | [[Non atomically precise nanomanufacturing methods]] | ||
+ | [[Non mechanical technology path]] | ||
+ | [[Non size-scale scaling law]] | ||
+ | [[Nonbonded interactions]] | ||
+ | [[Nonthermal self-assembly]] | ||
+ | [[Nonthermal self assembly]] | ||
+ | [[Nonthermal selfassembly]] | ||
+ | [[Nuclear fusion]] | ||
+ | |||
+ | == O == | ||
+ | |||
+ | [[Odd gemstone-like compound]] | ||
+ | [[Oddball compound]] | ||
+ | [[Oddball compounds]] | ||
+ | [[Oddball molecules]] | ||
+ | [[Offtopic fun]] | ||
+ | [[Olivine]] | ||
+ | [[Omnivorous nanobots]] | ||
+ | [[On-chip microcomponent recomposer]] | ||
+ | [[On-chip nanfactory]] | ||
+ | [[On-chip nanofatories]] | ||
+ | [[On chip microcomponent recomposer]] | ||
+ | [[On the commonness of Earth like life in the multiverse]] | ||
+ | [[On the commonness of earth like life in the multiverse]] | ||
+ | [[On the particle wave dualism]] | ||
+ | [[On the particle wave duality]] | ||
+ | [[On the probability interpretation of quantum mechanics]] | ||
+ | [[One-pot assembly]] | ||
+ | [[One-pot self-assembly]] | ||
+ | [[One pot self assembly]] | ||
+ | [[OpenSCAD]] | ||
+ | [[Open loop control]] | ||
+ | [[Opportunities]] | ||
+ | [[Optical effects]] | ||
+ | [[Optical particle accelerators]] | ||
+ | [[Optimal sublayernumber for minimal friction]] | ||
+ | [[Optomechanical conversion]] | ||
+ | [[Organic anorganic gemstone interface]] | ||
+ | [[Organic gemstone-like compound]] | ||
+ | [[Organometallic compound]] | ||
+ | [[Organometallic compound]] | ||
+ | [[Organometallic gemstone-like compound]] | ||
+ | [[Origami]] | ||
+ | [[Orthogonal set of mechanical components]] | ||
+ | [[Osmium]] | ||
+ | [[Other sites]] | ||
+ | [[Overhead and underground power lines of today]] | ||
+ | [[Oxygen]] | ||
+ | |||
+ | == P == | ||
+ | |||
+ | [[PALE]] | ||
+ | [[PPV]] | ||
+ | [[Pages containing math]] | ||
+ | [[Pages with math]] | ||
+ | [[Pants-pockets gemstone-gum factories]] | ||
+ | [[Part streaming assembly]] | ||
+ | [[Particle acceleration of crystolecules]] | ||
+ | [[Passivation]] | ||
+ | [[Passivation (disambiguation)]] | ||
+ | [[Passivation bending issue]] | ||
+ | [[Passivation layer mineral]] | ||
+ | [[Passive color gemstone display]] | ||
+ | [[Pathway controversy]] | ||
+ | [[Pathways]] | ||
+ | [[Pathways to advanced APM systems]] | ||
+ | [[Patterned layer epitaxy]] | ||
+ | [[Percolation limit]] | ||
+ | [[Perfect covalent welding]] | ||
+ | [[Periclase]] | ||
+ | [[Periodic table of elements]] | ||
+ | [[Perovskite structure]] | ||
+ | [[Philosophical topics]] | ||
+ | [[Phosphorus]] | ||
+ | [[Physical debugging]] | ||
+ | [[Piezochemical mechanosynthesis]] | ||
+ | [[Piezochemically]] | ||
+ | [[Piezochemistry]] | ||
+ | [[Piezomechanochemistry]] | ||
+ | [[Piezomechanochemistry backpressure pane]] | ||
+ | [[Piezomechanosynthesis]] | ||
+ | [[Piezomechanosynthesis of macroscopic single crystals]] | ||
+ | [[Piezosynthesis]] | ||
+ | [[Poison]] | ||
+ | [[Poisons]] | ||
+ | [[Polymer]] | ||
+ | [[Polymorphs of silicon dioxide]] | ||
+ | [[Polyoxymetalates]] | ||
+ | [[Polyyne rods]] | ||
+ | [[Positional assembly]] | ||
+ | [[Positional assembly kinematic loop]] | ||
+ | [[Positional assembly redundancy blockade]] | ||
+ | [[Positional atomic precision]] | ||
+ | [[Positive characteristics of gem-gum technology]] | ||
+ | [[Possibility space]] | ||
+ | [[Power densities]] | ||
+ | [[Power density]] | ||
+ | [[Power generation]] | ||
+ | [[Power production]] | ||
+ | [[Practically perfect vacuum]] | ||
+ | [[Precision]] | ||
+ | [[Preprocessing step 1]] | ||
+ | [[Preprocessing step 1 (gem-gum factory)]] | ||
+ | [[Preprocessing step 2]] | ||
+ | [[Preprocessing step 2 (gem-gum factory)]] | ||
+ | [[Present-forward Future-backward overlap]] | ||
+ | [[Present-forward development]] | ||
+ | [[Prime distractions]] | ||
+ | [[Printer approach]] | ||
+ | [[Problems with classical graphical programming]] | ||
+ | [[Problems with classical spreadsheets]] | ||
+ | [[Producer product pushapart]] | ||
+ | [[Product fragment]] | ||
+ | [[Productive Nanosystems From molecules to superproducts]] | ||
+ | [[Productive nanosystem]] | ||
+ | [[Productive nanosystem (disambiguation)]] | ||
+ | [[Productive nanosystems]] | ||
+ | [[Productivity explosion]] | ||
+ | [[Products]] | ||
+ | [[Products of advanced atomically precise manufacturing]] | ||
+ | [[Products of gem-gum-tec]] | ||
+ | [[Programming languages]] | ||
+ | [[Progressive disclosure]] | ||
+ | [[Projectional editing]] | ||
+ | [[Projectional editor]] | ||
+ | [[Projectional editors]] | ||
+ | [[Pseudo phase diagram]] | ||
+ | [[Pseudo phase diagrams]] | ||
+ | [[Pseudo random number generators]] | ||
+ | [[Pure metals and metal alloys]] | ||
+ | [[Pure metals and metallic alloys]] | ||
+ | [[Purely functional programming]] | ||
+ | [[Pyrite structure]] | ||
+ | [[Quadriculation]] | ||
+ | |||
+ | == Q == | ||
+ | |||
+ | [[Quantum computation]] | ||
+ | [[Quantum dispersed crystolecules]] | ||
+ | [[Quantum mechanics]] | ||
+ | [[Quantumchemistry simulation]] | ||
+ | [[Quantumchemistry simulations]] | ||
+ | [[Quartz]] | ||
+ | [[Quasi atomically precise techniques]] | ||
+ | [[Quasi welding]] | ||
+ | [[Quasiparticle]] | ||
+ | |||
+ | == R == | ||
+ | |||
+ | [[Radiation damage]] | ||
+ | [[Radical coupling and inter system crossing]] | ||
+ | [[Raw materials]] | ||
+ | [[ReChain frame system]] | ||
+ | [[ReChain frame systems]] | ||
+ | [[Reached milestones in foldamer R&D]] | ||
+ | [[Reasons for APM]] | ||
+ | [[Recycling]] | ||
+ | [[Redundancy]] | ||
+ | [[Redundant access self-assembly]] | ||
+ | [[Refractory]] | ||
+ | [[Refractory compound]] | ||
+ | [[Refractory compounds]] | ||
+ | [[Refractory material]] | ||
+ | [[Refractory materials]] | ||
+ | [[Relations of APM to purely functional programming]] | ||
+ | [[RepRec pick-and-place robots]] | ||
+ | [[RepRec pick-and-place robots (GemGum)]] | ||
+ | [[RepRec pick-and-place robots (RepRap)]] | ||
+ | [[RepRec pick & place robots (RepRap)]] | ||
+ | [[RepRec pick and place robots]] | ||
+ | [[RepRec pick and place robots (GemGum)]] | ||
+ | [[RepRec – inspiring sources]] | ||
+ | [[Replacement of cheapest industrial materials]] | ||
+ | [[Replication pentagon]] | ||
+ | [[Reproduction hexagon]] | ||
+ | [[Resource molecule]] | ||
+ | [[Resource molecules]] | ||
+ | [[Reversible actuation]] | ||
+ | [[Reversible computation]] | ||
+ | [[Reversible computing]] | ||
+ | [[Reversible data processing]] | ||
+ | [[Ribosome like chain assembly]] | ||
+ | [[Richard Feynman]] | ||
+ | [[Rising influence of quantum mechanics]] | ||
+ | [[Rising surface area]] | ||
+ | [[Robo approach]] | ||
+ | [[Robotic manipulator]] | ||
+ | [[Robotic manipulators]] | ||
+ | [[Robotic mechanosyntesis core]] | ||
+ | [[Robotic mobility]] | ||
+ | [[Robust metamaterial balloons]] | ||
+ | [[Rocket engines and AP technology]] | ||
+ | [[Routing layer]] | ||
+ | [[Routing level]] | ||
+ | [[Routing station]] | ||
+ | [[Rutile]] | ||
+ | [[Rutile structure]] | ||
+ | |||
+ | == S == | ||
+ | |||
+ | [[S-block metals]] | ||
+ | [[SDN]] | ||
+ | [[SPM]] | ||
+ | [[Salts of oxoacids]] | ||
+ | [[Same absolute speed across scales]] | ||
+ | [[Same absolute speeds for smaller machinery]] | ||
+ | [[Same relative deflections across scales]] | ||
+ | [[Sandbox]] | ||
+ | [[Sandwich compound]] | ||
+ | [[Sapphire]] | ||
+ | [[Save point]] | ||
+ | [[Scale natural frequencies]] | ||
+ | [[Scale natural frequency]] | ||
+ | [[Scaling law]] | ||
+ | [[Scaling law (disambiguation)]] | ||
+ | [[Scaling laws]] | ||
+ | [[Scaling laws by degree of knownness]] | ||
+ | [[Scaling of speeds]] | ||
+ | [[Scanning probe microscopy]] | ||
+ | [[Science vs engineering]] | ||
+ | [[Seamless covalent welding]] | ||
+ | [[Second assembly level]] | ||
+ | [[Second assembly level self replication]] | ||
+ | [[Seifertite]] | ||
+ | [[Self-assembly]] | ||
+ | [[Self assembly]] | ||
+ | [[Self assembly without dependance on thermal motion]] | ||
+ | [[Self assembly without dependence on thermal motion]] | ||
+ | [[Self assembly without thermal motion]] | ||
+ | [[Self folding]] | ||
+ | [[Self limitation for safety]] | ||
+ | [[Self limiting for security reasons]] | ||
+ | [[Self repair]] | ||
+ | [[Self repairing system]] | ||
+ | [[Self repairing systems]] | ||
+ | [[Self replicating box]] | ||
+ | [[Self replicating device]] | ||
+ | [[Self replication]] | ||
+ | [[Selfassembly]] | ||
+ | [[Selfassembly level]] | ||
+ | [[Selfassembly without thermal motion]] | ||
+ | [[Semi diamondoid]] | ||
+ | [[Semi diamondoid structure]] | ||
+ | [[Semi gemstone-like structure]] | ||
+ | [[Sensors]] | ||
+ | [[Separation of concerns]] | ||
+ | [[Sequence of zones]] | ||
+ | [[Serendipity]] | ||
+ | [[Shape locking]] | ||
+ | [[Sharp edges and splinters]] | ||
+ | [[Shearing drive]] | ||
+ | [[Side products of technology level 0]] | ||
+ | [[Side products of technology level I]] | ||
+ | [[Silicon]] | ||
+ | [[Silicon mechanosynthesis demonstration (paper)]] | ||
+ | [[Silicon mechanosynthesis demonstration paper]] | ||
+ | [[Simple crystal structures of especial interest]] | ||
+ | [[Simple metal containing carbides and nitrides]] | ||
+ | [[Simulation hypothesis]] | ||
+ | [[Sinterface]] | ||
+ | [[Site-specific workpiece activation]] | ||
+ | [[Site activating semi positional assembly]] | ||
+ | [[Site activation]] | ||
+ | [[Site activation assembly]] | ||
+ | [[Site activation foldamer printer]] | ||
+ | [[Site activation strategy]] | ||
+ | [[Sitemap]] | ||
+ | [[Skipping technology levels]] | ||
+ | [[Sloppy finger problem]] | ||
+ | [[Smaller than atoms]] | ||
+ | [[Snap connectors]] | ||
+ | [[Snapback]] | ||
+ | [[Socioeconomic consequences]] | ||
+ | [[Sodium]] | ||
+ | [[Soft-core macrorobots with hard-core nanomachinery]] | ||
+ | [[Soft cables and sheets]] | ||
+ | [[Soft machines]] | ||
+ | [[Soft nanomachines]] | ||
+ | [[Software]] | ||
+ | [[Soil as a resource]] | ||
+ | [[Soil pollutant]] | ||
+ | [[Soil pollutants]] | ||
+ | [[Space debris]] | ||
+ | [[Space elevator]] | ||
+ | [[Spaceflight with gem-gum-tec]] | ||
+ | [[Spaceflight without propellant]] | ||
+ | [[Spanner design]] | ||
+ | [[Specifity]] | ||
+ | [[Spectrum of means of assembly]] | ||
+ | [[Spelling on this wiki]] | ||
+ | [[Spiky needle grabbing]] | ||
+ | [[Spill]] | ||
+ | [[Spill avoidance guideline]] | ||
+ | [[Spill of sub microscale objects]] | ||
+ | [[Spill prevention]] | ||
+ | [[Spill prevention guideline]] | ||
+ | [[Spinel]] | ||
+ | [[Spinell]] | ||
+ | [[Spiroligomer]] | ||
+ | [[Spiroligomers]] | ||
+ | [[Splinter prevention]] | ||
+ | [[Splinters]] | ||
+ | [[Squigglesembly]] | ||
+ | [[Static rebar profile force circuit]] | ||
+ | [[Steric traps]] | ||
+ | [[Stickly fingers]] | ||
+ | [[Sticky finger problem]] | ||
+ | [[Stiction]] | ||
+ | [[Stiffness]] | ||
+ | [[Stishovite]] | ||
+ | [[Story scenarios]] | ||
+ | [[Stratified shear bearing]] | ||
+ | [[Stratified shear bearings]] | ||
+ | [[Stratified shearing valves]] | ||
+ | [[Stratospheric mirror airships]] | ||
+ | [[Stroboscopic illusion in animations of diamondoid molecular machine elements]] | ||
+ | [[Stroboscopic illusion in crystolecule animations]] | ||
+ | [[Structural DNA nanotechnology]] | ||
+ | [[Structural de-novo protein nanotechnology]] | ||
+ | [[Structural editing]] | ||
+ | [[Structural editor]] | ||
+ | [[Structural editors]] | ||
+ | [[Structural elements for nanofactories]] | ||
+ | [[Structural type]] | ||
+ | [[Sub-layer]] | ||
+ | [[Sub layers]] | ||
+ | [[Sublayers]] | ||
+ | [[Subsurface ocean]] | ||
+ | [[Subsystems]] | ||
+ | [[Subsystems of gem-gum factories]] | ||
+ | [[Sulfur]] | ||
+ | [[Superconductors]] | ||
+ | [[Superelastic]] | ||
+ | [[Superelasticity]] | ||
+ | [[Superlube tube]] | ||
+ | [[Superlube tubes]] | ||
+ | [[Superlubricating]] | ||
+ | [[Superlubrication]] | ||
+ | [[Superlubricity]] | ||
+ | [[Support]] | ||
+ | [[Surface interface]] | ||
+ | [[Surface interfaces]] | ||
+ | [[Surface passivation]] | ||
+ | [[Surface reconstruction]] | ||
+ | [[Surveillance and sphere of privacy]] | ||
+ | [[Syngraphic sugar]] | ||
+ | [[Synthesis of food]] | ||
+ | [[Synthetic biology]] | ||
+ | |||
+ | == T == | ||
+ | |||
+ | [[Tangible values]] | ||
+ | [[Tangible values (Conal Elliott)]] | ||
+ | [[Technological percolation limit]] | ||
+ | [[Technology dependence graph]] | ||
+ | [[Technology level 0]] | ||
+ | [[Technology level I]] | ||
+ | [[Technology level II]] | ||
+ | [[Technology level III]] | ||
+ | [[Technology levels]] | ||
+ | [[Technology path µ]] | ||
+ | [[Tensegrity]] | ||
+ | [[Tensioning mechanism design]] | ||
+ | [[Termination control]] | ||
+ | [[Terminology]] | ||
+ | [[Terminology for parts]] | ||
+ | [[Terminology for spacial places]] | ||
+ | [[Termonuclear energy conversion]] | ||
+ | [[Ternary and higher diamondoid compounds]] | ||
+ | [[Ternary and higher gem-like compounds]] | ||
+ | [[Testing of gemstone based nanomachinery]] | ||
+ | [[Tether assisted assembly]] | ||
+ | [[The "something"]] | ||
+ | [[The Bunny Book]] | ||
+ | [[The DAPMAT demo project]] | ||
+ | [[The basics of atoms]] | ||
+ | [[The defining traits of gem-gum-tec]] | ||
+ | [[The feel of Atoms]] | ||
+ | [[The feel of atoms]] | ||
+ | [[The finger problems]] | ||
+ | [[The grey goo meme]] | ||
+ | [[The heat-overpowers-gravity size-scale]] | ||
+ | [[The inner workings of the human brain]] | ||
+ | [[The limits and guesses in math]] | ||
+ | [[The look of our environment]] | ||
+ | [[The mechanoelectrical correspondence]] | ||
+ | [[The naive geometry grouping fallacy]] | ||
+ | [[The nature and shape of atoms]] | ||
+ | [[The problem with current day programming and its causes]] | ||
+ | [[The program of all programs (code)]] | ||
+ | [[The program that constructs and executes all possible programs]] | ||
+ | [[The purpose of dreams]] | ||
+ | [[The size of atoms]] | ||
+ | [[The source of new axiomatic wisdom]] | ||
+ | [[The source of new axioms]] | ||
+ | [[The speed of atoms]] | ||
+ | [[The speed of nanorobotics]] | ||
+ | [[The term nanotechnology]] | ||
+ | [[The three stabilities]] | ||
+ | [[The transition time]] | ||
+ | [[The ultimate construction toy]] | ||
+ | [[The usual suspects]] | ||
+ | [[The various other nanotechnologies]] | ||
+ | [[Theoretical overhang]] | ||
+ | [[Thermal energy transmission]] | ||
+ | [[Thermal energy transport]] | ||
+ | [[Thermal isolation]] | ||
+ | [[Thermal management in gem-gum factories]] | ||
+ | [[Thermal metamaterial]] | ||
+ | [[Thermal motion]] | ||
+ | [[Thermal stability]] | ||
+ | [[Thermal subsystem]] | ||
+ | [[Thermally driven assembly]] | ||
+ | [[Thermally driven folding]] | ||
+ | [[Thermally driven self-assembly]] | ||
+ | [[Thermally driven self assembly]] | ||
+ | [[Thermally driven selfassembly]] | ||
+ | [[Thermodynamic mean]] | ||
+ | [[Thermodynamic means]] | ||
+ | [[Thermodynamic nanocrystal]] | ||
+ | [[Thermodynamic nanocrystals]] | ||
+ | [[Thermodynamic potentials]] | ||
+ | [[Thermodynamics]] | ||
+ | [[Thermomechanical converter]] | ||
+ | [[Thermomechanical converters]] | ||
+ | [[Thick walled tube segment squeezing]] | ||
+ | [[Thorium]] | ||
+ | [[Thousandfold lower mass of tenfold smaller machinery]] | ||
+ | [[Time till advanced APM]] | ||
+ | [[Tin]] | ||
+ | [[Tistarite]] | ||
+ | [[Titan (giant moon)]] | ||
+ | [[Titanium]] | ||
+ | [[Titanium (chemical element)]] | ||
+ | [[Tooltip chemistry]] | ||
+ | [[Tooltip cycle]] | ||
+ | [[Tooltip cycle paper]] | ||
+ | [[Tooltip preparation zone]] | ||
+ | [[Top-down manufacturing]] | ||
+ | [[Top down positional assembly]] | ||
+ | [[Topaz]] | ||
+ | [[Topological atomic precision]] | ||
+ | [[Tour by map]] | ||
+ | [[Tour by topic]] | ||
+ | [[Tracing trajectories of component in machine phase]] | ||
+ | [[Transhumanism]] | ||
+ | [[Transition metal monoxides]] | ||
+ | [[Transitionary materials]] | ||
+ | [[Transitionary structures]] | ||
+ | [[Transport layer]] | ||
+ | [[Transport layers]] | ||
+ | [[Transportation and transmission]] | ||
+ | [[Trapped free particle]] | ||
+ | [[Trapped free particles]] | ||
+ | [[Triangulation]] | ||
+ | [[Tube mail]] | ||
+ | [[Twice the frequency of half sized machinery]] | ||
+ | [[Twice the surface area of half the volume]] | ||
+ | [[Typed holes]] | ||
+ | [[Types in programming]] | ||
+ | [[Types of chemical reactions for synthesis]] | ||
+ | |||
+ | == U == | ||
+ | |||
+ | [[Ultimate limit]] | ||
+ | [[Ultimate limits]] | ||
+ | [[Ultra long term technology stability]] | ||
+ | [[Underground working]] | ||
+ | [[Universal assembler]] | ||
+ | [[Unknown matter claimer]] | ||
+ | [[Unnatural chemistry]] | ||
+ | [[Unsupported rotating ring speed limit]] | ||
+ | [[Unusual math]] | ||
+ | [[Upgraded street infrastructure]] | ||
+ | [[Usage of isotopes]] | ||
+ | [[Useful math]] | ||
+ | [[User interfaces for gem-gum on-chip nanofactories]] | ||
+ | [[Utility fog]] | ||
+ | |||
+ | == V == | ||
+ | |||
+ | [[Vacuum handling]] | ||
+ | [[Vacuum lockout]] | ||
+ | [[Vacuum subsystem]] | ||
+ | [[Van der Waals force]] | ||
+ | [[VdW contactswap energyreplacement]] | ||
+ | [[VdW force]] | ||
+ | [[VdW suck-in]] | ||
+ | [[Venus]] | ||
+ | [[Verneuil method]] | ||
+ | [[Viscosity]] | ||
+ | [[Visible wavelength light at the nanoscale]] | ||
+ | [[Visualization methods for gemstone metamaterial factories]] | ||
+ | [[Visually augmented purely functional programming]] | ||
+ | [[Vitamin parts]] | ||
+ | |||
+ | == W == | ||
+ | |||
+ | [[Weakly guided selfassembly]] | ||
+ | [[Wear]] | ||
+ | [[Wear free]] | ||
+ | [[Weathering]] | ||
+ | [[Weathering, erosion and corrosion]] | ||
+ | [[Weathering and erosion]] | ||
+ | [[What we can X depends on what we can Y]] | ||
+ | [[Where to start targeted development]] | ||
+ | [[Why gemstone metamaterial technology should work in brief]] | ||
+ | [[Why identical copying is unnecessary for foodsynthesis]] | ||
+ | [[Wiki setup notes]] | ||
+ | [[Wikis]] | ||
+ | [[Wind energy]] | ||
+ | [[Wishlist]] | ||
+ | |||
+ | == X == | ||
+ | |||
+ | == Y == | ||
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+ | == Z == | ||
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+ | [[Zero friction freestanding attachment chain transport]] | ||
+ | [[Zero sum situation]] | ||
+ | [[Zincblende structure]] | ||
+ | [[Zirconium]] | ||
+ | [[Zone]] |
Latest revision as of 12:50, 22 June 2023
This is just a snapshot done at 2022-04-22 for experimentation with AI crawling.
https://www.chatbase.co/create-new-chatbot
... did not work so far
Contents
Symbols & Numbers
1D diffusion transport of crystolecules 2023-03-12 3D modeling
A
AP APM APM and nuclear technology APM related terms AP manufactured solar cells AP suit A Minimal Toolset for Positional Diamond Mechanosynthesis (paper) A true but useless theory of everything Abiotic peptide synthesis Absolute limits Abundant element Abundant elements Accidentally suggestive Acetylene Acetylene molecule sorting pump Acetylene sorting pump Achieving sufficient effective atom placement frequency Activation energy as a loose analog to evolutionary obstacles Active color gemstone display Adhesive interfaces Advanced nanofactory design Advanced productive nanosystem Air as a resource Air using micro ships Airmesh Algorithmic selfassembly Alternatives to the term "Nanofactory" Aluminium Aluminum Analogies and their dangers Anatase Annotated lambda diagram Annotated lambda diagram mockups Annotated lambda diagrams Applicability of macro 3D printing for nanomachine prototyping Architectural engineering Argon Arrow of time Artificial life Artificial motor-muscle Artificial motor-muscles Asphalt Assembly layer Assembly layers Assembly level Assembly level 1 Assembly level 1 (gem-gum factory) Assembly level 2 Assembly level 2 (gem-gum factory) Assembly level 3 Assembly level 3 (gem-gum factory) Assembly level 4 Assembly level 4 (gem-gum factory) Assembly level 5 Assembly levels Assembly line assembly Assembly line orienting stage Assembly line positioning stage Assembly lines in gem-gum factories Assemby chamber Asteroid belt Atmosphere sentinels Atmospheric mesh Atom placement frequency Atomic orbitals Atomic precision Atomic resolution Atomically precise bearings Atomically precise diamondoid slide bearing Atomically precise disassembly Atomically precise electrochemical converters Atomically precise manufacturing Atomically precise nanostructure Atomically precise positioning Atomically precise roller gearbearing Atomically precise slide bearing Atomically precise small scale factory Atomically precise structure Attachment chains Autogenous Automated research
B
Back-pressure track segments Backup plan Base material Base material with high potential Base materials with high potential Batch transport for reduction of friction losses Beautiful differentiation (Conal Elliott) Beryllium Beta carbon nitride Big bang as spontaneous demixing event Binary diamondoid compound Binary diamondoid compounds Binary gem-like compound Biointerfacing gem-gum based technologies Biological analogies Biomineralization Biominerals Block diagram of a gem-gum on-chip factory Bond order Books Bootstrapping Bootstrapping atomic precision Bootstrapping methods for productive nanosystems Bootstrapping productive nanosystems Boron nitrogen dative bond interfaces Bottom-up Top-down overlap Bottom-up manufacturing Bottom scale assembly lines in gem-gum factories Bottom up positional assembly Branching factor Bridging the gaps Brookite Brownian Path Brownian assembly Brownian motion Brownian technology path Building chamber Bunching
C
Calcite Calcium Capsule transport Carbon Carbon dioxide Carbon dioxide collector Carbon dioxide collector unit Carbon dioxide harvesting unit Carbon dioxide harvesting units Carriage particle accelerators Carrier pellet Carrier pellets Castle in the sky Catalysis construction kit approach Cellular shape shifting tangible systems Ceres Ceria Chain of blocks Chain of zones Challenges in the visualization of gem-gum factories Chamber to part size ratio Characteristic bending length Charts for gemstone-like compounds Cheat sheet Chemical element Chemical energy transmission Chemical stability Chemical synthesis Chemomechanical conversion Chemomechanical converter Chemomechanical converters Chemospring Chlorine Circumsembly Citizen science Claytronics Clean room lockout Cleanroom lockout Climate crisis Cold welding Colonisation of the solar system Colonization of asteroids Colonization of the solar system Color emulation Combining advantages of different selfassembly technologies Common misconceptions Common misconceptions about atomically precise manufacturing Common stones Community portal Comparison of mechanical character of different bonds types Compenslow Compiling to categories (Conal Elliott) Component Component (gem-gum factory) Components Computronium Concrete Confluence Continuity of perception Continuity of throughput Control hierarchy Control hirarchy Convergent assembly Convergent assembly comparison Convergent assembly layer Convergent assembly to hierarchical assembly correspondences Convergent mechanical actuation Convergent self-assembly Convergent self assembly Convergent selfassembly Cooling Cooling by heating Coordinate bond Coordinate bonds Coordinative bonds Copification square Copyfication square Corundum structure Coumputation subsystem Covalent bond Covalent bonds Covalent interfacial bonding Covalent welding Cryovolcanism Crystolecul Crystolecular Crystolecular element Crystolecular unit Crystolecule Crystolecule assembly robotics Crystolecule fragment Crystolecule metamaterial technology Crystolecule routing layer Crystolecules Curry-Howard-Lambeck isomorphism Curry Howards correspondence
D
DME assembly robotics DMME examples Dangers Data-compression Data IO bottleneck Data compression Data decompression chain Data taken hostage De-novo protein design De-novo protein engineering De-novo proteins Debugging Decompression chain Deep drilling Defining traits of gem-gum-tec Defining traits of gem-gum-tech Defining traits of gem-gum tech Deliberate slowdown at the lower assembly levels Deliberate slowdown at the lowest assembly level Deltalumite Denotative continuous-time programming (Conal Elliott) Desert scenario Design levels Design of Crystolecules Design of advanced nanofactories Design of crystolecules Design of gem-gum on-chip factories Dialondeite Diamond Diamond like compound Diamond like compounds Diamondoid Diamondoid balloon products Diamondoid compound Diamondoid compounds Diamondoid crystolecular machine element Diamondoid heat pipe Diamondoid heat pipe system Diamondoid heat pump Diamondoid heat pump system Diamondoid machine element Diamondoid metamaterial Diamondoid metamaterials Diamondoid molecular element Diamondoid molecular elements Diamondoid molecular machine element Diamondoid solar cell Diamondoid solar cells Diamondoid structural meta materials Diamondoid waste incineration Diffing Diffusion slowdown blockade Diffusion transport Direct path Direct physical hacking attacks Disaster proof Discussion of proposed nanofactory designs Dissipation sharing Distorted visualisation methods for convergent assembly Distorted visualization methods for convergent assembly Drexler-Smalley debate on molecular nanotechnology Drive subsystem of a gem-gum factory Drive system Dynamic rebootstrapping of upper convergent assembly levels Dystactic phase
E
Ecophagy Effective concentration Effects of current day experimental research limitations Elasticity emulation Electric metamaterial Electrical mechanical analogies Electrical metamaterials Electrically conductive diamondoid compounds Electrically conductive gem-like compounds Electromagnetic metamaterial Electromechanical converter Electromechanical converters Electromechanical energy conversion Electronic transitions Elektromechanical converter Elephants with spiderlegs Emergence of the arrow of time Emergent concept detection Emulated elasticity Energy, force, and stiffness Energy conversion Energy density Energy extraction Energy generation Energy harvesting Energy production Energy recuperation Energy storage cell Energy storage cells Energy storage problem Energy transmission Engines of Creation Entropic energy Entropomechanical conversion Entropomechanical converter Entropomechanical converters Eric Drexler's blog partially dug up from the Internet Archive Erics blog Erosion Estimation of nanomechanical quantisation Ethyne Ethyne rods Evaluating the Friction of Rotary Joints in Molecular Machines (paper) Every structure permissible by physical law Evolution Example crystolecules Examples of diamondoid molecular machine elements Exothermy offloading Exotic math Expanding the catalytic loop Expanding the kinematic loop Experimental demonstrations of single atom manipulation Exploratory engineering Exponential assembly Exponential drop in yield
F
FAPP Fat finger problem Fat fingers Femtotechnology Feynman path Filters Finger problems First assembly level Fixed station assembly Floppy finger problem Floppy fingers Fluorine Foldamer Foldamer R&D Foldamer printer Foldamer technology Folded-foldamer pushing approach Food structure irrelevancy gap Force applying mechanosynthesis Forcosynthesis Form closing interlocking Form closure Form factor of gem-gum factories Form factors of gem-gum factories Form locking Formal system Foundations of mathematics Fractal growth speedup limit Fractals in gem-gum nanomachinery Friction Friction in gem-gum technology Friction mechanisms Fun with spins Functional block construction kit approach Fundamental specific acceleration limit Funding contexts and their degree of viability Further improvement at technology level III Future-backward development Future of human computer interaction
G
Gaps in software Gas giant atmospheres Gem-gum Gem-gum-tec Gem-gum-tech Gem-gum balloon products Gem-gum display technology Gem-gum factories Gem-gum factory Gem-gum factory design parameters Gem-gum factory pixel Gem-gum goo Gem-gum metamaterial Gem-gum nanofactories Gem-gum nanosystems Gem-gum on-chip factories Gem-gum on chip factories Gem-gum product Gem-gum products Gem-gum rainforest world Gem-gum solid state heat pipe Gem-gum solid state heat pump Gem-gum suit Gem-gum system Gem-gum tech Gem-gum technology Gem-gum technology (disambiguation) Gem-gum tentacle manipulator Gem-gum to natural material gap Gem gum goo Gem gum suit Gemstome metamaterial products Gemstone Gemstone-like compound Gemstone-like compounds Gemstone-like molecular element Gemstone based mechanical metamaterial Gemstone based metamaterial Gemstone based on chip factory Gemstone like compound Gemstone like compounds Gemstone like compounds with high potential Gemstone metamaterial Gemstone metamaterial factory Gemstone metamaterial nanofactories Gemstone metamaterial on-chip factories Gemstone metamaterial on-chip factory Gemstone metamaterial on chip factories Gemstone metamaterial on chip factory Gemstone metamaterial technology General Introduction to atomically precise manufacturing General discussion General software issues Geoengineering Geoengineering mesh Germanium Global energy management Global microcomponent redistribution network Global microcomponent redistribution system Global scale energy management Good websites about compounds and minerals Goals of this wiki Good websites about compounds and minerals Graphene sheet lining Grappling gripper gun Grappling gripper gun suit Grey goo Grey goo horror fable Grey goo meme Grouping Grouping of geometries Guided tour HOPG Hartree-Fock method Healthiness and cost of synthesized food Hematite structure Hierarchical locking Hierarchical self-assembly Hierarchical selfassembly High performance High performance of gem-gum technology High pressure High pressure modifications Higher bearing area of smaller machinery Higher bearing surface area of smaller machinery Higher level computer interfaces for deveusers Higher productivity of smaller machinery Higher throughput of smaller machinery Highly polycyclic small molecule Hinge interlinked chains of blocks Hinged blockchain self folding History Hot gas phase recycling cycle House of cards Housing in the gem-gum era How APM links to philosophical topics How friction diminishes at the nanoscale How gem-gum factories link to deep mysteries of the universe How macroscale style machinery at the nanoscale outperforms its native scale How small scale friction shapes advanced transport How to make a gem-gum factory run forward Human overpopulation Hundredfold smaller frictionlosses from tenfold slowdown Hydrogen Hydroxide Hyper high throughput microcomponent recomposition
I
Immobile replication square Implosion nanofabrication In-solvent gem-gum technology In-solvent piezochemical mechanosynthesis In-vacuum gem-gum technology In place assembly In solution piezochemical mechanosynthesis In solvent synthesizable gemstone-like compounds In solvent synthesizable gemstone like compounds In solvent synthesizable gemstones Increasing bearing area to decrease friction Incremental path Indivisible protein like folding block chain Infinitesimal bearing Infinitesimal bearings Infinitesimally beared tube mail Informal laws Ingreasing bearing are to decrease friction Inorganic polymer Inter system crossing Interfacial drive Interplanetary acceleration track Interplanetary acceleration tracks Interplanetary atomically precise von Neumann probes Intersystem crossing Introduction of positional control Introduction of total positional control Intuitive feel Intuitive understanding Intuitively understanding the size of Earth Intuitively understanding the size of an atom Iron Isostructural bending Isotope separation Isotope sorting Isotropy of materials It's not quantum mechanical Iterative self-assembly Iterative self assembly Iterative selfassembly
J
Junction geometry Just in time assembly
K
Kaehler bracket Kinematic loop Kinetic traps Knowledge Matrix Known to be astronomically unlikely
L
Lambda calculus Lambda diagram Large scale construction Lattice scaled stiffness Lead Learning from enzymes Legged mobility Leukosapphire Level throughput balancing Levitation Licenses Ligand field theory Limits of construction kit analogy Limits of the construction kit analogy Limits to higher throughput of smaller machinery Limits to lower friction despite higher bearing area Liquid nitrogen ocean List of machine elements List of potential gemstone based metamaterials List of proposed tooltips for diamond mechanosynthesis Lithospheric mesh Locking mechanism Locking mechanisms Logs Lonsdaleite Losses from mechanochemical reactions Low hydrogen content Low level gemstone metamaterial Low level gemstone metamaterials Low level metamaterial Low speed efficiency limit Lower friction despite higher bearing area Lower stiffness of smaller machinery Lucid dreaming MEMS MMCN
M
Machine element Machine phase Machine phase organized other phases Macroscale active align-and-fuse connectors Macroscale passivation layer Macroscale slowness bottleneck Macroscale style machinery at the nanoscale Macroscale surface passivation Macroscopification Magnesium Magnification theme-park Magnification wonderworld Main Page Main page Manganese Marcasite structure Mass and spring molecular modelling Math of convergent assembly Means of assembly Mechadense's Atomically Precise Manufacturing Wiki Mechadense's Wiki about Atomically Precise Manufacturing Mechadenses Atomically Precise Manufacturing Wiki Mechadensite Mechandense's Wiki über atomar präzise Herstellung Mechanical circuit element Mechanical computation Mechanical confluence Mechanical energy transmission Mechanical energy transmission cables Mechanical macroscopification Mechanical metamaterial Mechanical pulse width modulation Mechanical stability Mechanooptical conversion Mechanosynthesis Mechanosynthesis (disambiguation) Mechanosynthesis assembly chamber Mechanosynthesis core Mechanosynthesis of chain molecules Mechanosynthetic carbon dioxide splitting Mechanosynthetic dinitrogen splitting Mechanosynthetic dioxygen splitting Mechanosynthetic resource molecule splitting Mechanosynthetic water splitting Mechanosynthetix dioxygen splitting Medium mover Medium mover suit Medium movers Mesocomponent Mesogravity Mesoscale friction Meta pages Metal complex Metal free gemstone-like compound Metamaterial Metamodern blog archive Methane Method of assembly Methods of assembly Microcomponent Microcomponent maintainance unit Microcomponent maintainance unit Microcomponent maintainance units Microcomponent maintenance microbot Microcomponent maintenance unit Microcomponent recomposer Microcomponent recomposer (disambiguation) Microcomponent recomposer device Microcomponent redistribution system Microcomponent subsystems Microcomponent tagging Microcomponents Microelectromechanic system Microelectromechanical systems Microfluidics Microgravity Microgravity locomotion suit Millimetre sized components Mining Miscellaneous Misconceptions Misleading biological analogies that should be avoided Mobile carbon dioxide collector Mobile carbon dioxide collector buoy Mobile carbon dioxide collector buyo Mobile mesoscale robotic device Mobile mesoscale robotic devices Mobile nanoscale robotic device Mobile nanoscale robotic devices Mobile robotic device Mobility prevention guideline Mode of assembly Modular molecular composite nanosystem Modular molecular composite nanosystems Moieties Moiety Moissanite Molecular assembler Molecular assembler concept Molecular assemblers Molecular biology Molecular dynamics implementation cheat sheet Molecular dynamics simulation Molecular mill Molecular mills Molecular power converter Molecule fragment Molecule fragments Molekulare Nanotechnologie Molybdenum Most R&D construction sites for progress in APM Most relevant R&D construction sites for progress in APM Most speculative potential applications Motor-muscle Motor muscle Multi criterion file system Multi limbed sensory equipped shells Multilayer assembly layers Muscle motor Muscle motor Muscle motors
N
Naive groupings as dumbed down functions Naked core Nanite Nanites Nanobot Nanobot swarms Nanobots Nanocyte Nanocytes Nanofabrik (potental version for german wikipedia) Nanofabrik (wikipedia version) Nanofactories Nanofactory Nanofactory layers Nanofactory math based on continuity of throughput Nanofactory math based on continutiy of throughput Nanomachinery encapsulation Nanomechanic circuits Nanomechanical computation Nanomechanical computing Nanomechanics is barely mechanical quantummechanics Nanomedicine (Book) Nanoparticle Nanoscale actuators Nanoscale connection method Nanoscale passivation Nanoscale style machinery at the macroscale Nanoscale surface passivation Nanosystems Nanoystems Natural 2D visualization of 1D bit data Natural color of gem-gum products Natural scaling for speed of operations of machinery Natural scaling of absolute speeds Natural visualization Nature does it differently Near term and far term Negative pressure bearings Neo-polymorph Neo-polymorphic Neo-polymorphs Neo polymorph Neologism New software crisis Nickel Nitrogen No nanobots Non-thermal selfassembly Non atomically precise manufacturing methods Non atomically precise nanomanufacturing methods Non mechanical technology path Non size-scale scaling law Nonbonded interactions Nonthermal self-assembly Nonthermal self assembly Nonthermal selfassembly Nuclear fusion
O
Odd gemstone-like compound Oddball compound Oddball compounds Oddball molecules Offtopic fun Olivine Omnivorous nanobots On-chip microcomponent recomposer On-chip nanfactory On-chip nanofatories On chip microcomponent recomposer On the commonness of Earth like life in the multiverse On the commonness of earth like life in the multiverse On the particle wave dualism On the particle wave duality On the probability interpretation of quantum mechanics One-pot assembly One-pot self-assembly One pot self assembly OpenSCAD Open loop control Opportunities Optical effects Optical particle accelerators Optimal sublayernumber for minimal friction Optomechanical conversion Organic anorganic gemstone interface Organic gemstone-like compound Organometallic compound Organometallic compound Organometallic gemstone-like compound Origami Orthogonal set of mechanical components Osmium Other sites Overhead and underground power lines of today Oxygen
P
PALE PPV Pages containing math Pages with math Pants-pockets gemstone-gum factories Part streaming assembly Particle acceleration of crystolecules Passivation Passivation (disambiguation) Passivation bending issue Passivation layer mineral Passive color gemstone display Pathway controversy Pathways Pathways to advanced APM systems Patterned layer epitaxy Percolation limit Perfect covalent welding Periclase Periodic table of elements Perovskite structure Philosophical topics Phosphorus Physical debugging Piezochemical mechanosynthesis Piezochemically Piezochemistry Piezomechanochemistry Piezomechanochemistry backpressure pane Piezomechanosynthesis Piezomechanosynthesis of macroscopic single crystals Piezosynthesis Poison Poisons Polymer Polymorphs of silicon dioxide Polyoxymetalates Polyyne rods Positional assembly Positional assembly kinematic loop Positional assembly redundancy blockade Positional atomic precision Positive characteristics of gem-gum technology Possibility space Power densities Power density Power generation Power production Practically perfect vacuum Precision Preprocessing step 1 Preprocessing step 1 (gem-gum factory) Preprocessing step 2 Preprocessing step 2 (gem-gum factory) Present-forward Future-backward overlap Present-forward development Prime distractions Printer approach Problems with classical graphical programming Problems with classical spreadsheets Producer product pushapart Product fragment Productive Nanosystems From molecules to superproducts Productive nanosystem Productive nanosystem (disambiguation) Productive nanosystems Productivity explosion Products Products of advanced atomically precise manufacturing Products of gem-gum-tec Programming languages Progressive disclosure Projectional editing Projectional editor Projectional editors Pseudo phase diagram Pseudo phase diagrams Pseudo random number generators Pure metals and metal alloys Pure metals and metallic alloys Purely functional programming Pyrite structure Quadriculation
Q
Quantum computation Quantum dispersed crystolecules Quantum mechanics Quantumchemistry simulation Quantumchemistry simulations Quartz Quasi atomically precise techniques Quasi welding Quasiparticle
R
Radiation damage Radical coupling and inter system crossing Raw materials ReChain frame system ReChain frame systems Reached milestones in foldamer R&D Reasons for APM Recycling Redundancy Redundant access self-assembly Refractory Refractory compound Refractory compounds Refractory material Refractory materials Relations of APM to purely functional programming RepRec pick-and-place robots RepRec pick-and-place robots (GemGum) RepRec pick-and-place robots (RepRap) RepRec pick & place robots (RepRap) RepRec pick and place robots RepRec pick and place robots (GemGum) RepRec – inspiring sources Replacement of cheapest industrial materials Replication pentagon Reproduction hexagon Resource molecule Resource molecules Reversible actuation Reversible computation Reversible computing Reversible data processing Ribosome like chain assembly Richard Feynman Rising influence of quantum mechanics Rising surface area Robo approach Robotic manipulator Robotic manipulators Robotic mechanosyntesis core Robotic mobility Robust metamaterial balloons Rocket engines and AP technology Routing layer Routing level Routing station Rutile Rutile structure
S
S-block metals SDN SPM Salts of oxoacids Same absolute speed across scales Same absolute speeds for smaller machinery Same relative deflections across scales Sandbox Sandwich compound Sapphire Save point Scale natural frequencies Scale natural frequency Scaling law Scaling law (disambiguation) Scaling laws Scaling laws by degree of knownness Scaling of speeds Scanning probe microscopy Science vs engineering Seamless covalent welding Second assembly level Second assembly level self replication Seifertite Self-assembly Self assembly Self assembly without dependance on thermal motion Self assembly without dependence on thermal motion Self assembly without thermal motion Self folding Self limitation for safety Self limiting for security reasons Self repair Self repairing system Self repairing systems Self replicating box Self replicating device Self replication Selfassembly Selfassembly level Selfassembly without thermal motion Semi diamondoid Semi diamondoid structure Semi gemstone-like structure Sensors Separation of concerns Sequence of zones Serendipity Shape locking Sharp edges and splinters Shearing drive Side products of technology level 0 Side products of technology level I Silicon Silicon mechanosynthesis demonstration (paper) Silicon mechanosynthesis demonstration paper Simple crystal structures of especial interest Simple metal containing carbides and nitrides Simulation hypothesis Sinterface Site-specific workpiece activation Site activating semi positional assembly Site activation Site activation assembly Site activation foldamer printer Site activation strategy Sitemap Skipping technology levels Sloppy finger problem Smaller than atoms Snap connectors Snapback Socioeconomic consequences Sodium Soft-core macrorobots with hard-core nanomachinery Soft cables and sheets Soft machines Soft nanomachines Software Soil as a resource Soil pollutant Soil pollutants Space debris Space elevator Spaceflight with gem-gum-tec Spaceflight without propellant Spanner design Specifity Spectrum of means of assembly Spelling on this wiki Spiky needle grabbing Spill Spill avoidance guideline Spill of sub microscale objects Spill prevention Spill prevention guideline Spinel Spinell Spiroligomer Spiroligomers Splinter prevention Splinters Squigglesembly Static rebar profile force circuit Steric traps Stickly fingers Sticky finger problem Stiction Stiffness Stishovite Story scenarios Stratified shear bearing Stratified shear bearings Stratified shearing valves Stratospheric mirror airships Stroboscopic illusion in animations of diamondoid molecular machine elements Stroboscopic illusion in crystolecule animations Structural DNA nanotechnology Structural de-novo protein nanotechnology Structural editing Structural editor Structural editors Structural elements for nanofactories Structural type Sub-layer Sub layers Sublayers Subsurface ocean Subsystems Subsystems of gem-gum factories Sulfur Superconductors Superelastic Superelasticity Superlube tube Superlube tubes Superlubricating Superlubrication Superlubricity Support Surface interface Surface interfaces Surface passivation Surface reconstruction Surveillance and sphere of privacy Syngraphic sugar Synthesis of food Synthetic biology
T
Tangible values Tangible values (Conal Elliott) Technological percolation limit Technology dependence graph Technology level 0 Technology level I Technology level II Technology level III Technology levels Technology path µ Tensegrity Tensioning mechanism design Termination control Terminology Terminology for parts Terminology for spacial places Termonuclear energy conversion Ternary and higher diamondoid compounds Ternary and higher gem-like compounds Testing of gemstone based nanomachinery Tether assisted assembly The "something" The Bunny Book The DAPMAT demo project The basics of atoms The defining traits of gem-gum-tec The feel of Atoms The feel of atoms The finger problems The grey goo meme The heat-overpowers-gravity size-scale The inner workings of the human brain The limits and guesses in math The look of our environment The mechanoelectrical correspondence The naive geometry grouping fallacy The nature and shape of atoms The problem with current day programming and its causes The program of all programs (code) The program that constructs and executes all possible programs The purpose of dreams The size of atoms The source of new axiomatic wisdom The source of new axioms The speed of atoms The speed of nanorobotics The term nanotechnology The three stabilities The transition time The ultimate construction toy The usual suspects The various other nanotechnologies Theoretical overhang Thermal energy transmission Thermal energy transport Thermal isolation Thermal management in gem-gum factories Thermal metamaterial Thermal motion Thermal stability Thermal subsystem Thermally driven assembly Thermally driven folding Thermally driven self-assembly Thermally driven self assembly Thermally driven selfassembly Thermodynamic mean Thermodynamic means Thermodynamic nanocrystal Thermodynamic nanocrystals Thermodynamic potentials Thermodynamics Thermomechanical converter Thermomechanical converters Thick walled tube segment squeezing Thorium Thousandfold lower mass of tenfold smaller machinery Time till advanced APM Tin Tistarite Titan (giant moon) Titanium Titanium (chemical element) Tooltip chemistry Tooltip cycle Tooltip cycle paper Tooltip preparation zone Top-down manufacturing Top down positional assembly Topaz Topological atomic precision Tour by map Tour by topic Tracing trajectories of component in machine phase Transhumanism Transition metal monoxides Transitionary materials Transitionary structures Transport layer Transport layers Transportation and transmission Trapped free particle Trapped free particles Triangulation Tube mail Twice the frequency of half sized machinery Twice the surface area of half the volume Typed holes Types in programming Types of chemical reactions for synthesis
U
Ultimate limit Ultimate limits Ultra long term technology stability Underground working Universal assembler Unknown matter claimer Unnatural chemistry Unsupported rotating ring speed limit Unusual math Upgraded street infrastructure Usage of isotopes Useful math User interfaces for gem-gum on-chip nanofactories Utility fog
V
Vacuum handling Vacuum lockout Vacuum subsystem Van der Waals force VdW contactswap energyreplacement VdW force VdW suck-in Venus Verneuil method Viscosity Visible wavelength light at the nanoscale Visualization methods for gemstone metamaterial factories Visually augmented purely functional programming Vitamin parts
W
Weakly guided selfassembly Wear Wear free Weathering Weathering, erosion and corrosion Weathering and erosion What we can X depends on what we can Y Where to start targeted development Why gemstone metamaterial technology should work in brief Why identical copying is unnecessary for foodsynthesis Wiki setup notes Wikis Wind energy Wishlist
X
Y
Z
Zero friction freestanding attachment chain transport Zero sum situation Zincblende structure Zirconium Zone