User contributions for Apm

Results for Apm talk block log uploads logs

A user with 19,190 edits. Account created on 24 November 2013.

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18:2018:20, 29 March 2026 diff hist +56 m Quantifying progress by scaling in achievable complexity category:Incremental path category:Direct path current
18:2018:20, 29 March 2026 diff hist +31 m Molecular biology category:Incremental path current
18:1918:19, 29 March 2026 diff hist +31 m Synthetic biology category:Incremental path current
18:1918:19, 29 March 2026 diff hist +31 m System complexity scaling with self-assembly category:Incremental path current
18:1818:18, 29 March 2026 diff hist +31 m Selfassembly level No edit summary current
18:1818:18, 29 March 2026 diff hist +56 m Convergent assembly to hierarchical assembly correspondences category:Incremental path category:Direct path current
18:1718:17, 29 March 2026 diff hist +56 Pathway controversy category:Incremental path category:Direct path current
18:1618:16, 29 March 2026 diff hist +56 Pathways to advanced APM systems category:Incremental path category:Direct path current
18:1518:15, 29 March 2026 diff hist +30 m Brownian technology path No edit summary current
18:1518:15, 29 March 2026 diff hist +31 m Side products of technology level 0 No edit summary current
18:1518:15, 29 March 2026 diff hist +30 m Technology level 0 No edit summary current
18:1418:14, 29 March 2026 diff hist +31 m Incremental path No edit summary current
18:1418:14, 29 March 2026 diff hist +31 m One-pot self-assembly No edit summary
18:1318:13, 29 March 2026 diff hist +31 m Iterative self-assembly No edit summary current
18:1218:12, 29 March 2026 diff hist +31 m Specifity No edit summary current
18:1218:12, 29 March 2026 diff hist +31 m Effective concentration No edit summary current
18:1218:12, 29 March 2026 diff hist +31 m Convergent self assembly No edit summary current
18:1118:11, 29 March 2026 diff hist +31 m Self assembly without dependence on thermal motion No edit summary current
18:1118:11, 29 March 2026 diff hist +30 m Thermally driven folding No edit summary
18:1118:11, 29 March 2026 diff hist +31 m Reached milestones in foldamer R&D No edit summary current
18:1018:10, 29 March 2026 diff hist +30 m Topological atomic precision No edit summary current
18:1018:10, 29 March 2026 diff hist +31 m Foldamer R&D No edit summary current
18:1018:10, 29 March 2026 diff hist +31 m De-novo protein engineering No edit summary current
18:0918:09, 29 March 2026 diff hist +31 m Structural DNA nanotechnology No edit summary current
18:0918:09, 29 March 2026 diff hist +31 m Steric trap No edit summary current
18:0918:09, 29 March 2026 diff hist +31 m Kinetic trap No edit summary current
18:0918:09, 29 March 2026 diff hist +31 m Algorithmic selfassembly No edit summary current
18:0818:08, 29 March 2026 diff hist +31 m Hierarchical selfassembly No edit summary current
18:0818:08, 29 March 2026 diff hist +31 m Termination control →Related
18:0818:08, 29 March 2026 diff hist +31 m Self assembly No edit summary current
18:0718:07, 29 March 2026 diff hist +31 m Circumsembly category:Incremental path current
18:0718:07, 29 March 2026 diff hist +31 m Squigglesembly added category:Incremental path current

20:4820:48, 27 March 2026 diff hist +50 m Why force applying mechanosynthesis should work in brief →ED – progress in STM control
20:4720:47, 27 March 2026 diff hist +1 m Why force applying mechanosynthesis should work in brief →ED – progress in covalent bond formation control (2D for now)
20:4720:47, 27 March 2026 diff hist +97 m Why force applying mechanosynthesis should work in brief →ED – progress in covalent bond formation control (2D for now)
20:4720:47, 27 March 2026 diff hist +128 m Why force applying mechanosynthesis should work in brief →ED – progress in covalent bond formation control (2D for now)
20:4520:45, 27 March 2026 diff hist +109 m Why force applying mechanosynthesis should work in brief →ED – progress with ultra flat surfaces
20:4320:43, 27 March 2026 diff hist +113 Why force applying mechanosynthesis should work in brief →EDs – progress in atomically resolving nc-AFM on AP nanographenes & less flat structures
20:4320:43, 27 March 2026 diff hist +100 Why force applying mechanosynthesis should work in brief →EDs – progress in atomically resolving nc-AFM on AP nanographenes & less flat structures
20:4220:42, 27 March 2026 diff hist +92 m Why force applying mechanosynthesis should work in brief →EDs – progress in atomically resolving nc-AFM on AP nanographenes & less flat structures
20:4120:41, 27 March 2026 diff hist +87 m Why force applying mechanosynthesis should work in brief →EDs – progress in atomically resolving nc-AFM on AP nanographenes & less flat structures
20:4020:40, 27 March 2026 diff hist +132 Why force applying mechanosynthesis should work in brief →ED – elemental identification of element types via force curves
20:3020:30, 27 March 2026 diff hist +385 Why force applying mechanosynthesis should work in brief →ED – elemental identification of element types via force curves: added links and some improvements
20:1720:17, 27 March 2026 diff hist +339 Why force applying mechanosynthesis should work in brief →ED – strong covalent nano-molecular manipulation in 3D: added link to the new 2025 mechanosynthisis paper
19:4519:45, 27 March 2026 diff hist +63 m Experimental demonstrations of single atom manipulation →Related current
19:4519:45, 27 March 2026 diff hist +203 Why force applying mechanosynthesis should work in brief added section ==Related==
19:4419:44, 27 March 2026 diff hist +796 Why force applying mechanosynthesis should work in brief →Experimental: added second image
19:4219:42, 27 March 2026 diff hist +28 m Why gemstone metamaterial technology should work in brief →Direct path
19:4219:42, 27 March 2026 diff hist −11 m Why gemstone metamaterial technology should work in brief →Direct path
19:3919:39, 27 March 2026 diff hist +35 m Stiff cantilever AFM →A historic naming accident

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