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Showing below up to 250 results in range #51 to #300.

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  1. Assembly lines in gem-gum factories
  2. Assembly subsystem of a gem-gum factory
  3. Asteroid belt
  4. Atmosphere sentinels
  5. Atmospheric mesh
  6. Atom placement frequency
  7. Atomic orbitals
  8. Atomic precision
  9. Atomic resolution
  10. Atomically precise bearings
  11. Atomically precise disassembly
  12. Atomically precise manufacturing
  13. Atomically precise nanostructure
  14. Atomically precise roller gearbearing
  15. Atomically precise slide bearing
  16. Attachment chains
  17. Autogenous
  18. Automated research
  19. Base material
  20. Base materials with high potential
  21. Batch transport for reduction of friction losses
  22. Beautiful differentiation (Conal Elliott)
  23. Beryl
  24. Beryllium
  25. Beta carbon nitride
  26. Big bang as spontaneous demixing event
  27. Binary gem-like compound
  28. Biointerfacing gem-gum based technologies
  29. Biomineralization
  30. Biominerals
  31. Block diagram of a gem-gum on-chip factory
  32. Bond order
  33. Books
  34. Bootstrapping atomic precision
  35. Bootstrapping methods for productive nanosystems
  36. Boron nitrogen dative bond interfaces
  37. Bottom-up Top-down overlap
  38. Bottom-up manufacturing
  39. Bottom scale assembly lines in gem-gum factories
  40. Bottom up positional assembly
  41. Brachiating gridcrawlers
  42. Branching factor
  43. Bridging the gaps
  44. Bromellite
  45. Brookite
  46. Brownian motion
  47. Brownian technology path
  48. Building chamber
  49. Bunching
  50. Calcite
  51. Calcium
  52. Capsule transport
  53. Carbon
  54. Carbon capture buoy scenario
  55. Carbon dioxide
  56. Carbon dioxide collector
  57. Carriage particle accelerators
  58. Carrier pellet
  59. Castle in the sky
  60. Catalysis construction kit approach
  61. Cellular shape shifting tangible systems
  62. Center for Bits and Atoms
  63. Ceres
  64. Ceria
  65. Challenges in the visualization of gem-gum factories
  66. Chamber to part size ratio
  67. Characteristic bending length
  68. Charts for gemstone-like compounds
  69. Cheat sheet
  70. Chemical element
  71. Chemical energy transmission
  72. Chemical stability
  73. Chemical synthesis
  74. Chemomechanical converter
  75. Chemospring
  76. Chlorine
  77. Circumsembly
  78. Citizen science
  79. Claytronics
  80. Cleanroom lockout
  81. Climate crisis
  82. Colonization of asteroids
  83. Colonization of the solar system
  84. Color emulation
  85. Combining advantages of different selfassembly technologies
  86. Common critique towards diamondoid atomically precise manufacturing and technology
  87. Common misconceptions about atomically precise manufacturing
  88. Common stones
  89. Community portal
  90. Comparison of mechanical character of different bonds types
  91. Compenslow
  92. Compiling to categories (Conal Elliott)
  93. Component (gem-gum factory)
  94. Computronium
  95. Concrete
  96. Connection mechanism
  97. Connection method
  98. Conservative estimation
  99. Consistent design for external limiting factors
  100. Construction kit analogy for the periodic table of elements
  101. Constructive solid geometry
  102. Content addressed
  103. Continuity of perception
  104. Control hierarchy
  105. Convergent assembly
  106. Convergent assembly to hierarchical assembly correspondences
  107. Convergent mechanical actuation
  108. Convergent self assembly
  109. Cooling
  110. Cooling by heating
  111. Coordinate bond
  112. Copyfication square
  113. Coumputation subsystem
  114. Coupling mechanism
  115. Covalent bond
  116. Covalent bonds
  117. Cryovolcanism
  118. Crystolecular element
  119. Crystolecular unit
  120. Crystolecule assembly robotics
  121. Crystolecule fragment
  122. Crystolecule routing layer
  123. Curry-Howard-Lambeck isomorphism
  124. Dangers
  125. Data IO bottleneck
  126. Data compression
  127. Data decompression chain
  128. Data taken hostage
  129. De-novo protein engineering
  130. Deep drilling
  131. Deliberate slowdown at the lower assembly levels
  132. Deltalumite
  133. Denotative continuous-time programming (Conal Elliott)
  134. Denotative design (Conal Elliott)
  135. Desert scenario
  136. Design levels
  137. Design of crystolecules
  138. Design of gem-gum on-chip factories
  139. Determinism of AI
  140. Dialondeite
  141. Diamond
  142. Diamond like compound
  143. Diamondoid
  144. Diamondoid crystolecular machine element
  145. Diamondoid heat pipe system
  146. Diamondoid heat pump system
  147. Diamondoid solar cell
  148. Diamondoid structural meta materials
  149. Diamondoid waste incineration
  150. Diffing
  151. Diffusion
  152. Diffusion slowdown blockade
  153. Diffusion transport
  154. Digital control over reversibly composable units of matter
  155. Digital manufacturing
  156. Direct manipulation
  157. Direct path
  158. Direct physical hacking attacks
  159. Disaster proof
  160. Discussion of proposed nanofactory designs
  161. Dissipation sharing
  162. Distorted visualization methods for convergent assembly
  163. Drexler-Smalley debate on molecular nanotechnology
  164. Drive subsystem of a gem-gum factory
  165. Dynamic rebootstrapping of upper convergent assembly levels
  166. Dystactic phase
  167. Early diamondoid nanosystem pixel (direct path)
  168. Effective concentration
  169. Effects of current day experimental research limitations
  170. Electric metamaterial
  171. Electrically conductive gem-like compounds
  172. Electromagnetic metamaterial
  173. Electromechanical converter
  174. Electronic transitions
  175. Element recovery landfill bots
  176. Elephants with spiderlegs
  177. Emergence of the arrow of time
  178. Emergent concept detection
  179. Emulated elasticity
  180. Energy, force, and stiffness
  181. Energy conversion
  182. Energy density
  183. Energy harvesting
  184. Energy recuperation
  185. Energy storage cell
  186. Energy storage problem
  187. Energy transmission
  188. Engines of Creation
  189. Entropic energy
  190. Entropomechanical converter
  191. Eric Drexler's blog partially dug up from the Internet Archive
  192. Estimation of nanomechanical quantisation
  193. Ethyne
  194. Evaluating the Friction of Rotary Joints in Molecular Machines (paper)
  195. Every structure permissible by physical law
  196. Evolution
  197. Examples of diamondoid molecular machine elements
  198. Exciting super far term visions for gemstone metamaterial technology
  199. Exothermy offloading
  200. Exotic math
  201. Expanding the kinematic loop
  202. Experimental demonstrations of single atom manipulation
  203. Exploratory engineering
  204. Exponential assembly
  205. Exponential drop in yield
  206. Fat finger problem
  207. Femtotechnology
  208. Feynman path
  209. Filters
  210. Fixed station assembly
  211. Fluorine
  212. Foldamer R&D
  213. Foldamer printer
  214. Foldamer printer approach (incremental path)
  215. Foldamer robot approach (incremental path)
  216. Folded-foldamer pushing approach
  217. For all practical purposes
  218. Form closing interlocking
  219. Form closure
  220. Form factors of gem-gum factories
  221. Formal system
  222. Foundations of mathematics
  223. Fractal growth speedup limit
  224. Fractals in gem-gum nanomachinery
  225. Free floating crystolecule
  226. Friction
  227. Friction in diffusion transport
  228. Friction in gem-gum technology
  229. Friction mechanisms
  230. Fun with spins
  231. Functional block construction kit approach
  232. Funding contexts and their degree of viability
  233. Future-backward development
  234. Future of human computer interaction
  235. Future world scenarios
  236. Gaps in software
  237. Gas giant atmospheres
  238. Gem-gum
  239. Gem-gum balloon products
  240. Gem-gum display technology
  241. Gem-gum factory design parameters
  242. Gem-gum factory pixel
  243. Gem-gum goo
  244. Gem-gum suit
  245. Gem-gum technology
  246. Gem-gum technology (disambiguation)
  247. Gem-gum tentacle manipulator
  248. Gem-gum to natural material gap
  249. Gem-gum waste crisis
  250. Gem-gum waste dissolution

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