User contributions for Apm

Results for Apm talk block log uploads logs

A user with 19,146 edits. Account created on 24 November 2013.

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10:5810:58, 28 February 2025 diff hist +1 m Kaehler bracket →Usage cases
10:4510:45, 28 February 2025 diff hist +52 Kaehler bracket →Usage cases: added link to Atomically precise slide bearing
10:4310:43, 28 February 2025 diff hist 0 m Kaehler bracket →Effect of size on pose apporximation accuracy (and compute effort)
10:4110:41, 28 February 2025 diff hist +27 Kaehler bracket →Related: added link to Pseudo phase diagram
10:4010:40, 28 February 2025 diff hist +47 Quasi amorphous structure →Related: added links to * Neo-polymorph & Pseudo phase diagram
10:3910:39, 28 February 2025 diff hist −2 m Kaehler bracket →External links
10:3710:37, 28 February 2025 diff hist +677 Kaehler bracket major cleanup some parts factored out to new page Quasi amorphous structure
10:1210:12, 28 February 2025 diff hist +3,048 N Quasi amorphous structure basic page
09:2109:21, 28 February 2025 diff hist +62 Kaehler bracket added link to yet unwritten page * Quasi amorphous structure
09:2009:20, 28 February 2025 diff hist +10 m Kaehler bracket fixed supposed typo

18:4218:42, 26 February 2025 diff hist +23 Intercrystolecular interactions added {{site specific term}}
18:4118:41, 26 February 2025 diff hist +22 m Intercrystolecular levitation added {{site specific term}}
18:4118:41, 26 February 2025 diff hist +22 m Intercrystolecular snapping modes added {{site specific term}}

18:4318:43, 25 February 2025 diff hist +67 Intercrystolecular levitation →Stable electrostatic levitation: added another wikitodo anc changed the old wikitodo to a community todo
18:4218:42, 25 February 2025 diff hist +320 Intercrystolecular levitation →Surface dipole based repulsion: added illustrative graphic
18:3718:37, 25 February 2025 diff hist +279 N File:Crystolecule-vdW-questions levitation-Keesomrepulsion.png Lukas M. Süss aka mechadense <br> Molecular model: Philip Turner, [https://github.com/philipturner/rod-logic source on github] Levitated pen: Debashis Das, DD Electro tech, [https://www.youtube.com/@DDelectroTechECE/videos YT channel], assuming fair u... current
18:2818:28, 25 February 2025 diff hist +169 Intercrystolecular levitation →Omnidirectionally attractive bearings: added second illustrative image - more general
18:2618:26, 25 February 2025 diff hist +1 m Intercrystolecular snapping modes →Clap snapping
18:2618:26, 25 February 2025 diff hist +1 m Intercrystolecular snapping modes →Notch snapping
18:2618:26, 25 February 2025 diff hist +1 m Intercrystolecular snapping modes →Slide (freely to max contact area) snapping
18:2618:26, 25 February 2025 diff hist +182 N File:Crystolecule-vdW-questions levitation-omniattractive.png Lukas M. Süss aka mechadense <br> Inset molecular model graphic: Tom Moore <br> CC_BY_SA 4.0 / GFDL <br> current
18:2418:24, 25 February 2025 diff hist +115 Intercrystolecular levitation →Stable electrostatic levitation: added wikitodo note on Earnshaws theorem
18:0418:04, 25 February 2025 diff hist +282 Intercrystolecular snapping modes restructured headlines and added == Entropic snaps ==
17:5817:58, 25 February 2025 diff hist +712 Intercrystolecular snapping modes →Bend snapping – and other snapping modes: added illustrative image
17:4617:46, 25 February 2025 diff hist +137 N File:Crystolecule-vdW-questions snapping-bend-n-more.png Lukas M. Süss aka mechadense <br> CC_BY_SA 4.0 / GFDL <br> current
17:4417:44, 25 February 2025 diff hist +29 m Intercrystolecular snapping modes →Bend snapping
17:4217:42, 25 February 2025 diff hist +248 Intercrystolecular snapping modes →Clap snapping: added illustrative image
17:3717:37, 25 February 2025 diff hist +136 N File:Crystolecule-vdW-questions snapping-clap.png Lukas M. Süss aka mechadense <br> CC_BY_SA 4.0 / GFDL <br> current
17:3517:35, 25 February 2025 diff hist +252 Intercrystolecular snapping modes →Notch snapping: added illustrative image
17:3217:32, 25 February 2025 diff hist +5 m File:Crystolecule-vdW-questions snapping-notch.png →Summary current
17:3117:31, 25 February 2025 diff hist +127 N File:Crystolecule-vdW-questions snapping-notch.png Lukas M. Süss aka mechadense CC_BY_SA 4.0 / GFDL
17:3117:31, 25 February 2025 diff hist +2 m File:Crystolecule-vdW-questions snapping-slide.png →Summary current
17:3017:30, 25 February 2025 diff hist 0 m Intercrystolecular snapping modes →Slide (freely to max contact area) snapping: made image smaller
17:2917:29, 25 February 2025 diff hist +297 Intercrystolecular snapping modes →Slide (freely to max contact area) snapping: added visualizing image
17:2217:22, 25 February 2025 diff hist +135 N File:Crystolecule-vdW-questions snapping-slide.png Lukas M.Süss aka mechadense <br> CC_BY_SA 4.0 / GFDL <br>
17:2017:20, 25 February 2025 diff hist −421 Assembly from atomically precise nanoscale and microscale parts moved two mages over to page Intercrystolecular interactions
17:1917:19, 25 February 2025 diff hist +421 Intercrystolecular interactions added relevant images
17:1817:18, 25 February 2025 diff hist +17 m Intercrystolecular snapping modes No edit summary
17:1617:16, 25 February 2025 diff hist +520 Intercrystolecular snapping modes added section = Why to avoid snaps (locally and nearby remotely) =
15:5015:50, 25 February 2025 diff hist +224 Assembly from atomically precise nanoscale and microscale parts added image: File:Crystolecule-vdW-questions forces-parallel.png
15:4115:41, 25 February 2025 diff hist +275 N File:Crystolecule-vdW-questions forces-parallel.png Crystolecule vdW energy/force/stiffness parameters of interest. <br> Parallel (sliding) forces related to slide-snapping (intecrystolecular snapping modes). <br> Lukas M. Süss aka mechadense. current
15:3115:31, 25 February 2025 diff hist +1 m Assembly from atomically precise nanoscale and microscale parts No edit summary
15:3115:31, 25 February 2025 diff hist +197 Assembly from atomically precise nanoscale and microscale parts added image File:Crystolecule-vdW-questions forces-normal.png
15:2615:26, 25 February 2025 diff hist +235 N File:Crystolecule-vdW-questions forces-normal.png Crystolecule vdW force parameters of interest. Normal forces related to clap snapping (intecrystolecular snapping modes). Lukas M. Süss aka mechadense. current

18:2518:25, 24 February 2025 diff hist +143 m Polyhedra of peculiar interest →External links (wikipedia) current
18:2418:24, 24 February 2025 diff hist +131 m Polyhedra of peculiar interest →External links (wikipedia)
18:2118:21, 24 February 2025 diff hist +206 m Polyhedra of peculiar interest →External links (wikipedia): added a few more links
18:1318:13, 24 February 2025 diff hist +232 Assembly from atomically precise nanoscale and microscale parts added animation of endeffector
18:0818:08, 24 February 2025 diff hist +411 N File:Movie 30fps.gif Author: Lukas M. Süss aka mechadense <br> License: CC-BY-SA 4.0 / GFDL <br> Date: 2014-01-18 <br> Description: <br> Illusteration of an nanoscale nanipulater facilitating vdW forces. <br> The geometry is intentionally picked such that the unintuitive...
17:5217:52, 24 February 2025 diff hist +6 m VdW suck-in and suck-on →Related

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