Scanning probe microscopy upwards into 3D - Revision history

Apm: Category:Direct path

2026-03-29T18:05:57Z

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	{{wikitodo\|Add some more related qPlus nc-AFM papers: DNA-top-scanning, Nanotube-top-scanning, sp3-alkane-chain-scanning}}		{{wikitodo\|Add some more related qPlus nc-AFM papers: DNA-top-scanning, Nanotube-top-scanning, sp3-alkane-chain-scanning}}

			[[Category:Direct path]]

Apm at 14:23, 7 January 2026

2026-01-07T14:23:23Z

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	Many built up gemstone like product structure may turn out highly insulating/non-conductive thus<br>		Many built up gemstone like product structure may turn out highly insulating/non-conductive thus<br>
	ruling out performing conventional [[STM]]. Not rules out aside the product of course. <br>		ruling out performing conventional [[STM]]. Not rules out aside the product of course. <br>
	If the aside remains still accessible~~, see~~: [[Mechanosynthesis mode]]). <br>		(If the aside remains still accessible. See: [[Mechanosynthesis mode]]). <br>

	== Experimentally demonstrated ==		== Experimentally demonstrated ==

Apm: added some intro

2026-01-07T14:23:03Z

added some intro

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	{{wikitodo\|Add figures from the paper.}}		{{wikitodo\|Add figures from the paper.}}

			Particular focus on [[stiff cantilever AFM]] here. <br>
			Many built up gemstone like product structure may turn out highly insulating/non-conductive thus<br>
			ruling out performing conventional [[STM]]. Not rules out aside the product of course. <br>
			If the aside remains still accessible, see: [[Mechanosynthesis mode]]). <br>

	== Experimentally demonstrated ==		== Experimentally demonstrated ==

Apm: /* External links */

2026-01-07T14:16:26Z

External links

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	★ [Ebling2018] Ebeling, Daniel & Šekutor, Marina & Stiefermann, Marvin & Tschakert, Jalmar & Dahl, Jeremy & Carlson, Robert & Schirmeisen, André & Schreiner, Peter. (2018). Assigning the absolute configuration of single aliphatic molecules by visual inspection. Nature Communications. 9. 10.1038/s41467-018-04843-z. <br>		★ [Ebling2018] Ebeling, Daniel & Šekutor, Marina & Stiefermann, Marvin & Tschakert, Jalmar & Dahl, Jeremy & Carlson, Robert & Schirmeisen, André & Schreiner, Peter. (2018). Assigning the absolute configuration of single aliphatic molecules by visual inspection. Nature Communications. 9. 10.1038/s41467-018-04843-z. <br>
	https://www.nature.com/articles/s41467-018-04843-z		https://www.nature.com/articles/s41467-018-04843-z

			{{wikitodo\|Add some more related qPlus nc-AFM papers: DNA-top-scanning, Nanotube-top-scanning, sp3-alkane-chain-scanning}}

Apm: /* Why may this be relevant and promising? */ added image

2026-01-07T14:13:09Z

Why may this be relevant and promising?: added image

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	== Why may this be relevant and promising? ==		== Why may this be relevant and promising? ==

			[[File:SPM SimulationSoftware Mockup.svg\|600px\|thumb\|right\|nc-AFM constant-feedback-mode (~ constant stiffness) would make the big (at this scale blunt looking) SPM-needle-tip apex scratch up the edge of the product. Needed and used instead is constant-height-mode and a non-contact free space motion jump up there. Not shown here is a [[mechanosynthesis adapter molecule]] at the SPM-needle-tip-apex.]]

	Why is this a significant advance pointing to the eventual feasibility of <br>		Why is this a significant advance pointing to the eventual feasibility of <br>

Apm: /* Notes */

2026-01-07T14:07:07Z

Notes

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	Related: [[SPM user interfaces]]		Related: [[SPM user interfaces]]

	The flat top of these polyadamnatanes was really critical here to get well interpretable images (without ~~computationa simualtions~~ even). <br>		The flat top of these polyadamnatanes was really critical here to get well interpretable images (without computational simulations even). <br>
	[[Force applying mechanosyntehsis]] may operate much like a 3D-printer, adding material layer-by-layers, so one always has quite flat top to work with. <br>		[[Force applying mechanosyntehsis]] may operate much like a 3D-printer, adding material layer-by-layers, so one always has quite flat top to work with. <br>
	High molecules with nigh perfectly flat top are quite rare thus there are not many experimental examples. <br>		High molecules with nigh perfectly flat top are quite rare thus there are not many experimental examples. <br>

Apm: /* Notes */

2026-01-07T14:05:57Z

Notes

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	The flat top of these polyadamnatanes was really critical here to get well interpretable images (without computationa simualtions even). <br>		The flat top of these polyadamnatanes was really critical here to get well interpretable images (without computationa simualtions even). <br>
			[[Force applying mechanosyntehsis]] may operate much like a 3D-printer, adding material layer-by-layers, so one always has quite flat top to work with. <br>
	High molecules with nigh perfectly flat top are quite rare thus there are not many experimental examples. <br>		High molecules with nigh perfectly flat top are quite rare thus there are not many experimental examples. <br>
	Nanotubes are one case. {{todo\|Link relevant nanotube paper & eventually find more examples.}} <br>		Nanotubes are one case. {{todo\|Link relevant nanotube paper & eventually find more examples.}} <br>
	~~[[Force applying mechanosyntehsis]] may operate much like a 3D-printer, adding material layer-by-layers, so one always has quite flat top to work with. <br>~~

	== Related pages ==		== Related pages ==

Apm: /* Notes */ more on molecules with flat tops

2026-01-07T14:05:37Z

Notes: more on molecules with flat tops

← Older revision		Revision as of 16:05, 7 January 2026
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	The flat top of these polyadamnatanes was really critical here to get well interpretable images (without computationa simualtions even). <br>		The flat top of these polyadamnatanes was really critical here to get well interpretable images (without computationa simualtions even). <br>
	[[Force applying mechanosyntehsis]] may operate much like a 3D-printer, adding material layer-by-layers, so one always has quite flat top to work with.		High molecules with nigh perfectly flat top are quite rare thus there are not many experimental examples. <br>
			Nanotubes are one case. {{todo\|Link relevant nanotube paper & eventually find more examples.}} <br>
			[[Force applying mechanosyntehsis]] may operate much like a 3D-printer, adding material layer-by-layers, so one always has quite flat top to work with. <br>

	== Related pages ==		== Related pages ==

Apm: /* Notes */

2026-01-07T14:01:50Z

Notes

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	The ramping must have been a significant effort judging from the papers mention of (being glad to) not needing to do it again due to the associated slight slant. <br>		The ramping must have been a significant effort judging from the papers mention of (being glad to) not needing to do it again due to the associated slight slant. <br>
	There may be a lot to be gained by improvement on SPM control software for automating such such rampings and related operations. <br>		There may be a lot to be gained by improvement on SPM control software for automating such such rampings and related operations. <br>
	~~related~~: [[SPM user interfaces]]		Related: [[SPM user interfaces]]

	The flat top of these polyadamnatanes was really critical here to get well interpretable images (without computationa simualtions even). <br>		The flat top of these polyadamnatanes was really critical here to get well interpretable images (without computationa simualtions even). <br>

Apm: /* Notes */

2026-01-07T14:01:36Z

Notes

← Older revision		Revision as of 16:01, 7 January 2026
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	The ramping must have been a significant effort judging from the papers mention of (being glad to) not needing to do it again due to the associated slight slant. <br>		The ramping must have been a significant effort judging from the papers mention of (being glad to) not needing to do it again due to the associated slight slant. <br>
	There may be a lot to be gained by improvement on SPM control software ~~fro~~ automating such ~~ramping operations~~ and related operations. <br>		There may be a lot to be gained by improvement on SPM control software for automating such such rampings and related operations. <br>
	related: [[SPM user interfaces]]		related: [[SPM user interfaces]]