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1. 1D diffusion transport of crystolecules
2. 2023-03-12
3. 2023-05-28
4. 2023-06-01
5. 2023-06-05
6. 2023-06-06
7. 2023-06-07
8. 2023-06-08
9. 2023-06-17
10. 2023-08-26
11. 3D modeling
12. APM and nuclear technology
13. APM related terms
14. AP manufactured solar cells
15. A Minimal Toolset for Positional Diamond Mechanosynthesis (paper)
16. A true but useless theory of everything
17. Abiotic peptide synthesis
18. Abundant element
19. Accidentally suggestive
20. Acetylene sorting pump
21. Activation energy as a loose analog to evolutionary obstacles
22. Active color gemstone display
23. Adhesive interfaces
24. Advanced productive nanosystem
25. Air as a resource
26. Air using micro ships
27. Algorithmic selfassembly
28. Alternatives to the term "Nanofactory"
29. Aluminium
30. An architecture for universal construction via modular robotic components (paper)
31. Analogies and their dangers
32. Anatase
33. Annotated lambda diagram
34. Annotated lambda diagram mockups
35. Apatite
36. Applicability of macro 3D printing for nanomachine prototyping
37. Architectural engineering
38. Argon
39. Arrow of time
40. Artificial life
41. Asphalt
42. Assembly layer
43. Assembly level 1 (gem-gum factory)
44. Assembly level 2 (gem-gum factory)
45. Assembly level 3 (gem-gum factory)
46. Assembly level 4 (gem-gum factory)
47. Assembly levels
48. Assembly line assembly
49. Assembly line orienting stage
50. Assembly line positioning stage
51. Assembly lines in gem-gum factories
52. Assembly subsystem of a gem-gum factory
53. Asteroid belt
54. Atmosphere sentinels
55. Atmospheric mesh
56. Atom placement frequency
57. Atomic orbitals
58. Atomic precision
59. Atomic resolution
60. Atomically precise bearings
61. Atomically precise disassembly
62. Atomically precise manufacturing
63. Atomically precise nanostructure
64. Atomically precise roller gearbearing
65. Atomically precise slide bearing
66. Attachment chains
67. Autogenous
68. Automated research
69. Base material
70. Base materials with high potential
71. Batch transport for reduction of friction losses
72. Beautiful differentiation (Conal Elliott)
73. Beryl
74. Beryllium
75. Beta carbon nitride
76. Big bang as spontaneous demixing event
77. Binary gem-like compound
78. Biointerfacing gem-gum based technologies
79. Biomineralization
80. Biominerals
81. Block diagram of a gem-gum on-chip factory
82. Bond order
83. Books
84. Bootstrapping atomic precision
85. Bootstrapping methods for productive nanosystems
86. Boron nitrogen dative bond interfaces
87. Bottom-up Top-down overlap
88. Bottom-up manufacturing
89. Bottom scale assembly lines in gem-gum factories
90. Bottom up positional assembly
91. Brachiating gridcrawlers
92. Branching factor
93. Bridging the gaps
94. Bromellite
95. Brookite
96. Brownian motion
97. Brownian technology path
98. Building chamber
99. Bunching
100. Calcite
101. Calcium
102. Capsule transport
103. Carbon
104. Carbon capture buoy scenario
105. Carbon dioxide
106. Carbon dioxide collector
107. Carriage particle accelerators
108. Carrier pellet
109. Castle in the sky
110. Catalysis construction kit approach
111. Cellular shape shifting tangible systems
112. Center for Bits and Atoms
113. Ceres
114. Ceria
115. Challenges in the visualization of gem-gum factories
116. Chamber to part size ratio
117. Characteristic bending length
118. Charts for gemstone-like compounds
119. Cheat sheet
120. Chemical element
121. Chemical energy transmission
122. Chemical stability
123. Chemical synthesis
124. Chemomechanical converter
125. Chemospring
126. Chlorine
127. Circumsembly
128. Citizen science
129. Claytronics
130. Cleanroom lockout
131. Climate crisis
132. Colonization of asteroids
133. Colonization of the solar system
134. Color emulation
135. Combining advantages of different selfassembly technologies
136. Common critique towards diamondoid atomically precise manufacturing and technology
137. Common misconceptions about atomically precise manufacturing
138. Common stones
139. Community portal
140. Comparison of mechanical character of different bonds types
141. Compenslow
142. Compiling to categories (Conal Elliott)
143. Component (gem-gum factory)
144. Computronium
145. Concrete
146. Connection mechanism
147. Connection method
148. Conservative estimation
149. Consistent design for external limiting factors
150. Construction kit analogy for the periodic table of elements
151. Constructive solid geometry
152. Content addressed
153. Continuity of perception
154. Control hierarchy
155. Convergent assembly
156. Convergent assembly to hierarchical assembly correspondences
157. Convergent mechanical actuation
158. Convergent self assembly
159. Cooling
160. Cooling by heating
161. Coordinate bond
162. Copyfication square
163. Coumputation subsystem
164. Coupling mechanism
165. Covalent bond
166. Covalent bonds
167. Cryovolcanism
168. Crystolecular element
169. Crystolecular unit
170. Crystolecule assembly robotics
171. Crystolecule fragment
172. Crystolecule routing layer
173. Curry-Howard-Lambeck isomorphism
174. Dangers
175. Data IO bottleneck
176. Data compression
177. Data decompression chain
178. Data taken hostage
179. De-novo protein engineering
180. Deep drilling
181. Deliberate slowdown at the lower assembly levels
182. Deltalumite
183. Denotative continuous-time programming (Conal Elliott)
184. Denotative design (Conal Elliott)
185. Desert scenario
186. Design levels
187. Design of crystolecules
188. Design of gem-gum on-chip factories
189. Determinism of AI
190. Dialondeite
191. Diamond
192. Diamond like compound
193. Diamondoid
194. Diamondoid crystolecular machine element
195. Diamondoid heat pipe system
196. Diamondoid heat pump system
197. Diamondoid solar cell
198. Diamondoid structural meta materials
199. Diamondoid waste incineration
200. Diffing
201. Diffusion
202. Diffusion slowdown blockade
203. Diffusion transport
204. Digital control over reversibly composable units of matter
205. Digital manufacturing
206. Direct manipulation
207. Direct path
208. Direct physical hacking attacks
209. Disaster proof
210. Discussion of proposed nanofactory designs
211. Dissipation sharing
212. Distorted visualization methods for convergent assembly
213. Drexler-Smalley debate on molecular nanotechnology
214. Drive subsystem of a gem-gum factory
215. Dynamic rebootstrapping of upper convergent assembly levels
216. Dystactic phase
217. Early diamondoid nanosystem pixel (direct path)
218. Effective concentration
219. Effects of current day experimental research limitations
220. Electric metamaterial
221. Electrically conductive gem-like compounds
222. Electromagnetic metamaterial
223. Electromechanical converter
224. Electronic transitions
225. Element recovery landfill bots
226. Elephants with spiderlegs
227. Emergence of the arrow of time
228. Emergent concept detection
229. Emulated elasticity
230. Energy, force, and stiffness
231. Energy conversion
232. Energy density
233. Energy harvesting
234. Energy recuperation
235. Energy storage cell
236. Energy storage problem
237. Energy transmission
238. Engines of Creation
239. Entropic energy
240. Entropomechanical converter
241. Eric Drexler's blog partially dug up from the Internet Archive
242. Estimation of nanomechanical quantisation
243. Ethyne
244. Evaluating the Friction of Rotary Joints in Molecular Machines (paper)
245. Every structure permissible by physical law
246. Evolution
247. Examples of diamondoid molecular machine elements
248. Exciting super far term visions for gemstone metamaterial technology
249. Exothermy offloading
250. Exotic math
251. Expanding the kinematic loop
252. Experimental demonstrations of single atom manipulation
253. Exploratory engineering
254. Exponential assembly
255. Exponential drop in yield
256. Fat finger problem
257. Femtotechnology
258. Feynman path
259. Filters
260. Fixed station assembly
261. Fluorine
262. Foldamer R&D
263. Foldamer printer
264. Foldamer printer approach (incremental path)
265. Foldamer robot approach (incremental path)
266. Folded-foldamer pushing approach
267. For all practical purposes
268. Form closing interlocking
269. Form closure
270. Form factors of gem-gum factories
271. Formal system
272. Foundations of mathematics
273. Fractal growth speedup limit
274. Fractals in gem-gum nanomachinery
275. Free floating crystolecule
276. Friction
277. Friction in diffusion transport
278. Friction in gem-gum technology
279. Friction mechanisms
280. Fun with spins
281. Functional block construction kit approach
282. Funding contexts and their degree of viability
283. Future-backward development
284. Future of human computer interaction
285. Future world scenarios
286. Gaps in software
287. Gas giant atmospheres
288. Gem-gum
289. Gem-gum balloon products
290. Gem-gum display technology
291. Gem-gum factory design parameters
292. Gem-gum factory pixel
293. Gem-gum goo
294. Gem-gum suit
295. Gem-gum technology
296. Gem-gum technology (disambiguation)
297. Gem-gum tentacle manipulator
298. Gem-gum to natural material gap
299. Gem-gum waste crisis
300. Gem-gum waste dissolution
301. Gemstone
302. Gemstone-like compound
303. Gemstone-like molecular element
304. Gemstone based medical nanobot
305. Gemstone based metamaterial
306. Gemstone metamaterial on chip factory
307. General Introduction to atomically precise manufacturing
308. General discussion
309. General software issues
310. General tips for productive communication
311. Geoengineering
312. Geoengineering mesh
313. Germanium
314. Global microcomponent redistribution system
315. Global scale energy management
316. Goals of this wiki
317. Good websites about compounds and minerals
318. Graphene sheet lining
319. Grappling gripper gun suit
320. Grey goo horror fable
321. Grouping of geometries
322. Guided tour
323. HOPG
324. Hartree-Fock method
325. Healthiness and cost of synthesized food
326. Hematite structure
327. Hierarchical locking
328. Hierarchical selfassembly
329. High performance of gem-gum technology
330. High pressure
331. High pressure modifications
332. Higher bearing area of smaller machinery
333. Higher bearing surface area of smaller machinery
334. Higher level computer interfaces for deveusers
335. Higher throughput of smaller machinery
336. Highly polycyclic small molecule
337. Hinged blockchain self folding
338. History
339. Hot gas phase recycling cycle
340. House of cards
341. Housing in the gem-gum era
342. How APM links to philosophical topics
343. How friction diminishes at the nanoscale
344. How gem-gum factories link to deep mysteries of the universe
345. How macroscale style machinery at the nanoscale outperforms its native scale
346. How small scale friction shapes advanced transport
347. How to make a gem-gum factory run forward
348. Human overpopulation
349. Hundredfold smaller frictionlosses from tenfold slowdown
350. Hydrogen
351. Hydroxide
352. Hyper high throughput microcomponent recomposition
353. Hyper isolation chamber
354. Implosion nanofabrication
355. Impossible
356. In-solvent gem-gum technology
357. In-solvent piezochemical mechanosynthesis
358. In place assembly
359. In solvent synthesizable gemstone-like compounds
360. Increasing bearing area to decrease friction
361. Incremental path
362. Indivisible protein like folding block chain
363. Infinitesimal bearing
364. Infinitesimally beared tube mail
365. Informal laws
366. Inorganic polymer
367. Inter system crossing
368. Intercrystolecular forces
369. Interplanetary acceleration track
370. Interplanetary atomically precise von Neumann probes
371. Introduction of total positional control
372. Intuitive feel
373. Intuitively understanding the size of Earth
374. Intuitively understanding the size of an atom
375. Inverse quantum isolation chamber
376. Io (moon)
377. Iron
378. Isostructural bending
379. Isotope separation
380. Isotropy of materials
381. Iterative self-assembly
382. Jittery finger problem
383. Kaehler bracket
384. Kinetic trap
385. Knowledge matrix
386. Known to be astronomically unlikely
387. Lagrangian mechanics for nanomechanical circuits
388. Lambda calculus
389. Lambda diagram
390. Large scale construction
391. Lattice scaled stiffness
392. Lead
393. Learning from enzymes
394. Legged mobility
395. Level throughput balancing
396. Levels of metamaterials
397. Levitation
398. Licenses
399. Ligand field theory
400. Likely visual appearance of gem-gum products
401. Limits of construction kit analogy
402. Liquid nitrogen ocean
403. List of all programs
404. List of machine elements
405. List of molecular modeling software supporting crystolecules
406. List of potential gemstone based metamaterials
407. List of programmatic 3D modelling tools
408. List of proposed tooltips for diamond mechanosynthesis
409. Lithospheric mesh
410. Log polar mapping
411. Logs
412. Lonsdaleite
413. Loss of control
414. Losses from mechanochemical reactions
415. Low hydrogen content
416. Low level gemstone metamaterial
417. Low speed efficiency limit
418. Lower stiffness of smaller machinery
419. Lucid dreaming
420. Machine-phase chemistry
421. Machine element
422. Machine phase
423. Machine phase organized other phases
424. Macroscale active align-and-fuse connectors
425. Macroscale slowness bottleneck
426. Macroscale style machinery at the nanoscale
427. Macroscale surface passivation
428. Magnesium
429. Magnification theme-park
430. Manganese
431. Marcasite structure
432. Mars
433. Materializable programs
434. Math of convergent assembly
435. Mechadense's Wiki about Atomically Precise Manufacturing
436. Mechadensite
437. Mechandense's Wiki über atomar präzise Herstellung
438. Mechanical-electrical analogies
439. Mechanical circuit element
440. Mechanical computation
441. Mechanical energy transmission
442. Mechanical metamaterial
443. Mechanical pulse width modulation
444. Mechanical stability
445. Mechanooptical conversion
446. Mechanosphere
447. Mechanosynthesis
448. Mechanosynthesis (disambiguation)
449. Mechanosynthesis core
450. Mechanosynthesis of chain molecules
451. Mechanosynthetic carbon dioxide splitting
452. Mechanosynthetic dinitrogen splitting
453. Mechanosynthetic dioxygen splitting
454. Mechanosynthetic resource molecule splitting
455. Mechanosynthetic water splitting
456. Medium mover
457. Medium mover suit
458. Mesocomponent
459. Mesogravity
460. Mesoscale friction
461. Meta pages
462. Metal complex
463. Metal free gemstone-like compound
464. Metamaterial
465. Methane
466. Method of assembly
467. Microcomponent
468. Microcomponent maintenance microbot
469. Microcomponent recomposer (disambiguation)
470. Microcomponent recomposer microbot
471. Microcomponent subsystems
472. Microcomponent tagging
473. Microcomponent test-and-repair microbot
474. Microelectromechanic system
475. Microfluidics
476. Microgravity
477. Microgravity locomotion suit
478. Millimetre sized components
479. Mining
480. Miscellaneous
481. Misleading aspects in animations of diamondoid molecular machine elements
482. Misleading biological analogies that should be avoided
483. Mobile carbon dioxide collector
484. Mobile carbon dioxide collector buoy
485. Mobile mesoscale robotic device
486. Mobile microscale robotic device
487. Mobile nanoscale robotic device
488. Mobile robotic device
489. Mobility prevention guideline
490. Mode of assembly
491. Modular molecular composite nanosystem
492. Moissanite
493. Molecular assembler (disambiguation)
494. Molecular assemblers as advanced productive nanosystem - outdated
495. Molecular biology
496. Molecular dynamics implementation cheat sheet
497. Molecular dynamics simulation
498. Molecular mill
499. Molecule fragment
500. Molybdenum

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