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1. 2023-03-12
2. 2023-05-28
3. 2023-06-01
4. 2023-06-05
5. 2023-06-06
6. 2023-06-08
7. 2023-06-17
8. 2023-08-26
9. AP manufactured solar cells
10. Abiotic peptide synthesis
11. Active color gemstone display
12. Adhesive interfaces
13. Algorithmic selfassembly
14. Alternatives to the term "Nanofactory"
15. Analogies and their dangers
16. Anatase
17. Architectural engineering
18. Argon
19. Arrow of time
20. Artificial life
21. Assembly level 1 (gem-gum factory)
22. Assembly level 2 (gem-gum factory)
23. Assembly level 4 (gem-gum factory)
24. Assembly line orienting stage
25. Assembly line positioning stage
26. Assembly lines in gem-gum factories
27. Assembly subsystem of a gem-gum factory
28. Atmosphere sentinels
29. Atomic precision
30. Atomically precise bearings
31. Atomically precise manufacturing
32. Atomically precise nanostructure
33. Atomically precise roller gearbearing
34. Attachment chains
35. Base material
36. Batch transport for reduction of friction losses
37. Beryl
38. Beta carbon nitride
39. Binary gem-like compound
40. Biointerfacing gem-gum based technologies
41. Biomineralization
42. Biominerals
43. Block diagram of a gem-gum on-chip factory
44. Bootstrapping atomic precision
45. Bootstrapping methods for productive nanosystems
46. Boron nitrogen dative bond interfaces
47. Bottom-up Top-down overlap
48. Bottom-up manufacturing
49. Bottom scale assembly lines in gem-gum factories
50. Bottom up positional assembly
51. Brachiating gridcrawlers
52. Branching factor
53. Bromellite
54. Brookite
55. Brownian motion
56. Building chamber
57. Bunching
58. Carbon dioxide
59. Castle in the sky
60. Cellular shape shifting tangible systems
61. Center for Bits and Atoms
62. Ceres
63. Ceria
64. Chamber to part size ratio
65. Characteristic bending length
66. Charts for gemstone-like compounds
67. Cheat sheet
68. Citizen science
69. Claytronics
70. Cleanroom lockout
71. Common stones
72. Computronium
73. Connection mechanism
74. Conservative estimation
75. Continuity of perception
76. Convergent assembly to hierarchical assembly correspondences
77. Coordinate bond
78. Copyfication square
79. Coumputation subsystem
80. Coupling mechanism
81. Covalent bond
82. Covalent bonds
83. Cryovolcanism
84. Crystolecular element
85. Crystolecular unit
86. Crystolecule fragment
87. Data taken hostage
88. Deliberate slowdown at the lower assembly levels
89. Dialondeite
90. Diamondoid crystolecular machine element
91. Diamondoid heat pipe system
92. Diffusion
93. Digital manufacturing
94. Direct physical hacking attacks
95. Drexler-Smalley debate on molecular nanotechnology
96. Drive subsystem of a gem-gum factory
97. Dystactic phase
98. Early diamondoid nanosystem pixel (direct path)
99. Effective concentration
100. Electrically conductive gem-like compounds
101. Electronic transitions
102. Element recovery landfill bots
103. Energy density
104. Energy harvesting
105. Energy recuperation
106. Energy storage problem
107. Entropic energy
108. Eric Drexler's blog partially dug up from the Internet Archive
109. Ethyne
110. Every structure permissible by physical law
111. Exciting super far term visions for gemstone metamaterial technology
112. Exothermy offloading
113. Exotic math
114. Femtotechnology
115. Fixed station assembly
116. Fluorine
117. Foldamer R&D
118. Foldamer printer approach (incremental path)
119. Foldamer robot approach (incremental path)
120. Folded-foldamer pushing approach
121. Form closing interlocking
122. Form closure
123. Fractals in gem-gum nanomachinery
124. Free floating crystolecule
125. Friction in diffusion transport
126. Functional block construction kit approach
127. Future-backward development
128. Future world scenarios
129. Gem-gum
130. Gem-gum factory pixel
131. Gem-gum goo
132. Gem-gum technology
133. Gem-gum technology (disambiguation)
134. Gem-gum to natural material gap
135. Gem-gum waste crisis
136. Gem-gum waste dissolution
137. Gemstone
138. General Introduction to atomically precise manufacturing
139. General tips for productive communication
140. Germanium
141. Goals of this wiki
142. Good websites about compounds and minerals
143. Graphene sheet lining
144. Grappling gripper gun suit
145. Guided tour
146. HOPG
147. Hematite structure
148. Hierarchical locking
149. High performance of gem-gum technology
150. High pressure
151. High pressure modifications
152. Hinged blockchain self folding
153. House of cards
154. Housing in the gem-gum era
155. How to make a gem-gum factory run forward
156. Hydroxide
157. Hyper high throughput microcomponent recomposition
158. Hyper isolation chamber
159. Implosion nanofabrication
160. Impossible
161. In solvent synthesizable gemstone-like compounds
162. Increasing bearing area to decrease friction
163. Informal laws
164. Inorganic polymer
165. Interplanetary atomically precise von Neumann probes
166. Intuitively understanding the size of Earth
167. Intuitively understanding the size of an atom
168. Inverse quantum isolation chamber
169. Io (moon)
170. Isostructural bending
171. Isotropy of materials
172. Jittery finger problem
173. Kaehler bracket
174. Kinetic trap
175. Knowledge matrix
176. Known to be astronomically unlikely
177. Lattice scaled stiffness
178. Learning from enzymes
179. Levels of metamaterials
180. Likely visual appearance of gem-gum products
181. Limits of construction kit analogy
182. Liquid nitrogen ocean
183. List of all programs
184. List of potential gemstone based metamaterials
185. List of proposed tooltips for diamond mechanosynthesis
186. Lithospheric mesh
187. Logs
188. Lonsdaleite
189. Loss of control
190. Low hydrogen content
191. Low level gemstone metamaterial
192. Lucid dreaming
193. Machine-phase chemistry
194. Machine element
195. Machine phase organized other phases
196. Macroscale active align-and-fuse connectors
197. Macroscale slowness bottleneck
198. Macroscale surface passivation
199. Magnification theme-park
200. Marcasite structure
201. Mechadensite
202. Mechanical-electrical analogies
203. Mechanical circuit element
204. Mechanical metamaterial
205. Mechanical pulse width modulation
206. Mechanical stability
207. Mechanosynthesis (disambiguation)
208. Mechanosynthetic dioxygen splitting
209. Mechanosynthetic resource molecule splitting
210. Medium mover suit
211. Mesocomponent
212. Mesogravity
213. Mesoscale friction
214. Meta pages
215. Metal complex
216. Metal free gemstone-like compound
217. Methane
218. Method of assembly
219. Microcomponent cache
220. Microcomponent recomposer (disambiguation)
221. Microcomponent recomposer microbot
222. Microcomponent subsystems
223. Microcomponent test-and-repair microbot
224. Microelectromechanic system
225. Microgravity
226. Microgravity locomotion suit
227. Millimetre sized components
228. Miscellaneous
229. Misleading biological analogies that should be avoided
230. Mobile carbon dioxide collector
231. Mobile mesoscale robotic device
232. Mobile microscale robotic device
233. Mobile nanoscale robotic device
234. Mobile robotic device
235. Mode of assembly
236. Naked core
237. Nanobot swarms
238. Nanoelectronics
239. Nanofabrik (potental version for german wikipedia)
240. Nanofactory math based on continuity of throughput
241. Nanomachinery encapsulation
242. Nanomechanic circuits
243. Nanomechanical computing
244. Nanoparticle
245. Nanoscale connection method
246. Nanoscale style machinery at the macroscale
247. Natural color of gem-gum products
248. Nature does it differently
249. Near term and far term
250. Neo-polymorph
251. Neologism
252. No nanobots
253. Non atomically precise manufacturing methods
254. Octet truss
255. Odd gemstone-like compound
256. Oddball compound
257. Oddball molecules
258. Offtopic fun
259. Olivine
260. Omnivorous nanobots
261. On the probability interpretation of quantum mechanics
262. OpenSCAD
263. Organic anorganic gemstone interface
264. Organic gemstone-like compound
265. Organometallic compound
266. Organometallic gemstone-like compound
267. Origami
268. Osmium
269. Other sites
270. Oxidation
271. Particle acceleration of crystolecules
272. Passivation (disambiguation)
273. Passive color gemstone display
274. Percolation limit
275. Periodic table of gearbearings
276. Perovskite structure
277. Piezochemical mechanosynthesis
278. Piezochemistry
279. Piezomechanochemistry
280. Piezomechanosynthesis of macroscopic single crystals
281. Polyoxymetalates
282. Polyyne rods
283. Positional assembly
284. Positional assembly kinematic loop
285. Possibility space
286. Preprocessing step 2 (gem-gum factory)
287. Present-forward Future-backward overlap
288. Prime distractions
289. Producer product pushapart
290. Productive nanosystem (disambiguation)
291. Programmatic 3D modeling
292. Pure metals and metal alloys
293. Pure metals and metallic alloys
294. Pyrite structure
295. Quantumchemistry simulation
296. RR/Mechanical through joint motion threading
297. ReChain frame system
298. Reasons for APM
299. Redundancy
300. RepRec pick-and-place robots
301. RepRec – inspiring sources
302. Replacement of cheapest industrial materials
303. Replication pentagon
304. Resource molecule
305. Richard Feynman
306. Rising influence of quantum mechanics
307. Robot substructure gradients
308. Rock digestion chamber
309. Rocket engines and AP technology
310. Routing level
311. Rutile structure
312. S-block metals
313. Sandwich compound
314. Scaled down 3D printing
315. Science vs engineering
316. Second assembly level self replication
317. Self assembly
318. Self replicating device
319. Selfassembly level
320. Semi hard-coded structures
321. Sensors
322. Separation of concerns
323. Sequence of zones
324. Serendipity
325. Side products of technology level 0
326. Side products of technology level I
327. Simple crystal structures of especial interest
328. Simple metal containing carbides and nitrides
329. Simultaneous prototyping across scales
330. Site-specific workpiece activation
331. Sitemap
332. Sloppy finger problem
333. Snapback
334. Socioeconomic consequences
335. Soft-core macrorobots with hard-core nanomachinery
336. Soft cables and sheets
337. Soil processing
338. Spaceflight with gem-gum-tec
339. Specifity
340. Spectrum of means of assembly
341. Spelling on this wiki
342. Spill
343. Spill of sub microscale objects
344. Squigglesembly
345. Static rebar profile force circuit
346. Steric traps
347. Sticky finger problem
348. Stiction
349. Story scenarios
350. Stratified shearing valves
351. Subsystems of gem-gum factories
352. Support
353. Surveillance and sphere of privacy
354. Techno plants
355. Technology levels
356. Tensioning mechanism design
357. Terminology
358. Terminology for parts
359. Terminology for spacial places
360. Ternary and higher gem-like compounds
361. Testing of gemstone based nanomachinery
362. Tether assisted assembly
363. The basics of atoms
364. The defining traits of gem-gum-tec
365. The feel of atoms
366. The fractal braided river of fate
367. The inner workings of the human brain
368. The speed of atoms
369. The term nanotechnology
370. The three axes of the Center for Bits and Atoms
371. The three stabilities
372. The usual suspects
373. The various other nanotechnologies
374. Theoretical overhang
375. There is limited room at the bottom
376. There is plenty of room at the bottom
377. Thermal stability
378. Thermal subsystem
379. Thermodynamic nanocrystal
380. Thermodynamic potentials
381. Thermodynamics
382. Tistarite
383. Top-down manufacturing
384. Top down positional assembly
385. Topaz
386. Tour by topic
387. Transitionary materials
388. Transport layer
389. Transportation and transmission
390. Types of chemical reactions for synthesis
391. Ultimate limit
392. Ultra long term technology stability
393. Unknown matter claimer
394. Usage of isotopes
395. Vacuum handling
396. Verneuil method
397. Viscosity
398. Visible wavelength light at the nanoscale
399. Vitamin parts
400. Weakly guided selfassembly
401. Wear
402. What we can X depends on what we can Y
403. Where to start targeted development
404. Why gemstone metamaterial technology should work in brief
405. Why larger bearing area of smaller machinery is not a problem
406. Why ultra-compact molecular assemblers are not desirable
407. Why ultra-compact molecular assemblers are too difficult
408. Why ultra-compact molecular assemblers are too inefficient
409. Wiki setup notes
410. Wikis
411. Wobbly finger problem
412. Zero friction freestanding attachment chain transport
413. Zero sum situation
414. Zincblende structure
415. Zone
416. Zoo of quasiparticles

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