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

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12:3312:33, 20 September 2021 diff hist +45 Math of convergent assembly →Related: added * Higher throughput of smaller machinery
12:3212:32, 20 September 2021 diff hist +79 Convergent assembly →Related: added * Math of convergent assembly and * Higher throughput of smaller machinery
12:3112:31, 20 September 2021 diff hist −6,646 Convergent assembly →Characterization of convergent assembly: moved most of the chapter over to new page Math of convergent assembly
12:3012:30, 20 September 2021 diff hist +6,748 N Math of convergent assembly moved over as is from page Assembly levels and added == Related == section
12:2812:28, 20 September 2021 diff hist +28 N Assembly layers Apm moved page Assembly layers to Assembly layer: plural => singular current
12:2812:28, 20 September 2021 diff hist 0 m Assembly layer Apm moved page Assembly layers to Assembly layer: plural => singular
12:2412:24, 20 September 2021 diff hist +552 Convergent assembly →Characterization of convergent assembly: added intro/summary and link to yet unwritten page Math of convergent assembly
12:1112:11, 20 September 2021 diff hist +264 Convergent assembly →In terms of scaling of volumetric throughput density: added impressive scaling example
12:0012:00, 20 September 2021 diff hist −10 Convergent assembly corrected headline hierarchy
11:5611:56, 20 September 2021 diff hist +137 Convergent assembly →Characterization of convergent assembly
11:5011:50, 20 September 2021 diff hist +3,151 Convergent assembly →In terms of scaling of throughput density: Added my own math ...
10:0310:03, 20 September 2021 diff hist +3,145 Convergent assembly added part of the math from IMM report 41
08:3608:36, 20 September 2021 diff hist +817 N File:0315bearingScheme.gif Source: https://web.archive.org/web/20160314110344/http://e-drexler.com/p/04/02/0315bearingDiag.html <br> Author: Eric K. Drexler <br> "sleeve bearings" = Associated text from Eric's Website = == A shaft in a sleeve can form a rotary bearing == Th... current
08:2908:29, 20 September 2021 diff hist +479 File:0315pairPot.gif →Stiffly supported sliding atoms have a smooth interaction potential: added local backup link current
08:2408:24, 20 September 2021 diff hist +208 File:0322pairSnap.gif added a local backup to the link current
08:1908:19, 20 September 2021 diff hist +448 Levitation →Applications: added general section for applicatiopns
08:1008:10, 20 September 2021 diff hist +11 Levitation →Active (dynamic) electrostatic control: further improved matching
08:0908:09, 20 September 2021 diff hist +9 Levitation →Dynamic electrostatic control: matched headline to the counterpart - active & passive
08:0808:08, 20 September 2021 diff hist +40 Levitation →Weak constrain levitation: added sub-headline == Passive electrostatic levitation ==
08:0608:06, 20 September 2021 diff hist +34 Levitation moved the electrostatic Lagrange points to the weak constraint levitation methods and added a speculativity warning
08:0208:02, 20 September 2021 diff hist +453 Levitation →Electrostatic Lagrange points: some updates
07:4607:46, 20 September 2021 diff hist −4 m Levitation →Dynamic electrostatic control
07:4607:46, 20 September 2021 diff hist +273 Levitation →Dynamic electrostatic control: some additional notes
07:4107:41, 20 September 2021 diff hist +127 Levitation major chapter reordering - much better now :)
07:3007:30, 20 September 2021 diff hist +89 File:1600px-Orbitrap mass analyzer - partial cross-section.JPG No edit summary current
07:2607:26, 20 September 2021 diff hist +23 Levitation →Weak constrain levitation: switched it with a more pretty image - scale is not that important here - will link the one with scale one from the image page
07:2407:24, 20 September 2021 diff hist +158 N File:1600px-Orbitrap mass analyzer - partial cross-section.JPG Source: https://commons.wikimedia.org/wiki/File:Orbitrap_mass_analyzer_-_partial_cross-section.JPG <br> Author: Mkotl <br> License: CC-BY-SA-3.0-Unported <br>
07:1907:19, 20 September 2021 diff hist +552 Levitation →Weak constrain levitation: added image
07:0007:00, 20 September 2021 diff hist +224 N File:1212px-Orbitrap Mass Analyzers.jpg Source: https://commons.wikimedia.org/wiki/File:Orbitrap_Mass_Analyzers.jpg <br> Author: Thermo Fisher Scientific (Bremen) <br> License CC-BY-SA-3.0-Unported <br> <small>Coin for scale used: €1: 23.25 mm, 0.92 in</small> current

22:1222:12, 19 September 2021 diff hist +80 Friction in gem-gum technology →Qualitatively: some reformulations
21:1421:14, 19 September 2021 diff hist +1,939 N Compenslow basic page
20:3020:30, 19 September 2021 diff hist +2,278 Friction in gem-gum technology Added info about main sources of friction, main ways to reduce them, and when stop to stop to optimize

01:0801:08, 18 September 2021 diff hist +46 Friction in gem-gum technology →The two main tricks that apply and combine these physical facts to great avail
01:0501:05, 18 September 2021 diff hist +31 Friction in gem-gum technology →The two main tricks that apply and combine these physical facts to great avail: added link to Multilayer assembly layers
00:5900:59, 18 September 2021 diff hist +30 m Superlubricity →Thresholds?
00:5700:57, 18 September 2021 diff hist +22 m Friction in gem-gum technology No edit summary
00:5600:56, 18 September 2021 diff hist +202 Superlubricity →Thresholds?: added 2 images
00:4600:46, 18 September 2021 diff hist +173 Levitation →External links: added link to Wikipedias page about Earnshaw's theorem
00:4300:43, 18 September 2021 diff hist +155 Levitation →Negative compression bearings: added image
00:3900:39, 18 September 2021 diff hist +1,568 File:0415tenseBear.gif added original text
00:3800:38, 18 September 2021 diff hist −1 m File:0322pairSnap.gif →Associated text from Eric's Website =
00:3500:35, 18 September 2021 diff hist +130 N File:0415tenseBear.gif Source: https://web.archive.org/web/20160314130257/http://e-drexler.com/p/04/03/0322nonrepulsive.html <br> Author: Eric K. Drexler
00:2700:27, 18 September 2021 diff hist −10 Friction in gem-gum technology →Associated math: fixed erroneous units
00:2500:25, 18 September 2021 diff hist +52 Friction in gem-gum technology →Despite superlubricity dynamic drag can be significant: added wikitodo
00:2300:23, 18 September 2021 diff hist +10 m Friction in gem-gum technology →Highly conservative form Nanosystems {{wikitodo|merge this section}}
00:2300:23, 18 September 2021 diff hist +94 N Stiction just a link for now current
00:2100:21, 18 September 2021 diff hist −1 m Superlubricity No edit summary
00:1900:19, 18 September 2021 diff hist +189 m Superlubricity fixed reference
00:1500:15, 18 September 2021 diff hist +2,312 Superlubricity added == Low friction without superlubricity == and == What kind of friction are we even talking about here? ==

22:5922:59, 17 September 2021 diff hist −6,845 Superlubricity Moved a the big new math section over to the Friction page

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