Organometallic gemstone-like compound - Revision history

Apm: /* Organic linkers between metal ions forming a stiff framework */ fixed 2 typos

2022-08-26T11:14:05Z

Organic linkers between metal ions forming a stiff framework: fixed 2 typos

← Older revision		Revision as of 13:14, 26 August 2022
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	* not by negative oxoacid anions		* not by negative oxoacid anions
	* but with small organic structures (as negtive counterions).		* but with small organic structures (as negtive counterions).
	The resulting structure should ge quite ~~stron~~ and stiff. <br>		The resulting structure should get quite strong and stiff. <br>
	Otherwise it won't fill the requirements for being a [[gemstone like compound]].		Otherwise it won't fill the requirements for being a [[gemstone like compound]].

Apm: /* Organic linkers between metal ions forming a stiff framework */

2022-08-26T11:13:19Z

Organic linkers between metal ions forming a stiff framework

← Older revision		Revision as of 13:13, 26 August 2022
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	== Organic linkers between metal ions forming a stiff framework ==		== Organic linkers between metal ions forming a stiff framework ==

	One idea here is to bridge the gap between positive metal ions (cations)		One idea here is to bridge the gap between positive metal ions (cations) in a material ...
	* not by simple negative counterions or		* not by simple negative counterions or
	* not by negative oxoacid anions		* not by negative oxoacid anions

Apm: /* Related */ added link to page Ligand field theory

2022-08-24T08:21:20Z

Related: added link to page Ligand field theory

← Older revision		Revision as of 10:21, 24 August 2022
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	* [[Optical effects]]		* [[Optical effects]]
	* [[Coordinate bond]]		* [[Coordinate bond]]
			* '''[[Ligand field theory]]'''

	== External links ==		== External links ==

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */

2022-08-24T08:19:17Z

Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning

← Older revision		Revision as of 10:19, 24 August 2022
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	An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>		An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>
	Most [[gemstone-like compounds]] are colorless in the visible range. <br>		Most [[gemstone-like compounds]] are colorless in the visible range. <br>
	Exceptions being iron oxides and sulfides forming e.g. (in visible range) optically metallic hematite and pyrite respectively. Also some metal monoxides are ~~ootucally~~ metallic like e.g. TiN (osbornite - golden color).		Exceptions being iron oxides and sulfides forming e.g. (in visible range) optically metallic hematite and pyrite respectively. Also some metal monoxides are optically metallic like e.g. TiN (osbornite - golden color).

	=== Unpressurized base energy gap (and base color) ===		=== Unpressurized base energy gap (and base color) ===

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */

2022-08-24T08:18:48Z

Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning

← Older revision		Revision as of 10:18, 24 August 2022
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	An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>		An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>
	Most [[gemstone-like compounds]] are colorless in the visible range. <br>		Most [[gemstone-like compounds]] are colorless in the visible range. <br>
	Exceptions being iron oxides and sulfides forming e.g. (in visible range) optically metallic hematite and pyrite respectively. Also some metal monoxides like e.g. TiN (osbornite).		Exceptions being iron oxides and sulfides forming e.g. (in visible range) optically metallic hematite and pyrite respectively. Also some metal monoxides are ootucally metallic like e.g. TiN (osbornite - golden color).

	=== Unpressurized base energy gap (and base color) ===		=== Unpressurized base energy gap (and base color) ===

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */ added example describing f-center live tuning display

2022-08-24T08:16:50Z

Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning: added example describing f-center live tuning display

← Older revision		Revision as of 10:16, 24 August 2022
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	The benefit of sparse integration is that pressures on ions can be fine tuned especially well. <br>		The benefit of sparse integration is that pressures on ions can be fine tuned especially well. <br>
	Given enough space fine tuning of statically applied forces could be done with [[Kaehler bracket]] like structures. A mechanooptical [[low level metamaterial]]<br>		Given enough space fine tuning of statically applied forces could be done with [[Kaehler bracket]] like structures. A mechanooptical [[low level metamaterial]]<br>
	Or even with dynamic structures that can be actuated, making the material into a higher level mechanooptical [[metamaterial]].		Or even with dynamic structures that can be actuated, making the material into a higher level mechanooptical [[metamaterial]]. <br>
			Basically one could make ultra high framerate F-center live tuning displays. Hyperspecrral to boot since many color centers can fit into one wavelength diameter. Not to speak of way bigger pixels for human eyes.

	An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>		An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>

Apm: /* Related / added Organometallic compound

2022-05-18T12:20:11Z

Related: added * Organometallic compound

← Older revision		Revision as of 14:20, 18 May 2022
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	* [[Color emulation]] & [[passive color gemstone display]]		* [[Color emulation]] & [[passive color gemstone display]]
	* [[Organic gemstone-like compound]]		* [[Organic gemstone-like compound]]
			* [[Organometallic compound]]
	* [[Sandwich compound]]		* [[Sandwich compound]]
	* [[Organic anorganic gemstone interface]]		* [[Organic anorganic gemstone interface]]

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */

2022-04-29T13:01:34Z

Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning

← Older revision		Revision as of 15:01, 29 April 2022
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	An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>		An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>
	Most [[gemstone-like compounds]] are colorless in the visible range. <br>		Most [[gemstone-like compounds]] are colorless in the visible range. <br>
	Exceptions being iron oxides and sulfides forming e.g. (in visible range) optically metallic hematite and pyrite respectively.		Exceptions being iron oxides and sulfides forming e.g. (in visible range) optically metallic hematite and pyrite respectively. Also some metal monoxides like e.g. TiN (osbornite).

	=== Unpressurized base energy gap (and base color) ===		=== Unpressurized base energy gap (and base color) ===

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */ added note on iron gemstones being not transparent

2022-04-29T12:57:08Z

Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning: added note on iron gemstones being not transparent

← Older revision		Revision as of 14:57, 29 April 2022
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	Another idea here is to integrate metal ions in an otherwise organic gemstone framework, such <br>		Another idea here is to integrate metal ions in an otherwise organic gemstone framework, such <br>
	that high forces (both positive and negative possible) are permanently exerted on the metal ions which <br>		that high forces (both positive and negative possible) are permanently exerted on the metal ions which <br>
	thereby massively change gaps between occupied and unoccupied ~~elecronic~~ levels in a quite precisely controllable way. <br>		thereby massively change gaps between occupied and unoccupied electronic levels in a quite precisely controllable way. <br>
	This would allow (among other things) for tuning of the visible color of the material.		This would allow (among other things) for tuning of the visible color of the material.

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	An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>		An inorganic background framework for applying forces would also be possible as long as it itself is not optically active in a similar spectral range. <br>
	Most [[~~classical~~ gemstone-like compounds]] are colorless in the visible range.		Most [[gemstone-like compounds]] are colorless in the visible range. <br>
			Exceptions being iron oxides and sulfides forming e.g. (in visible range) optically metallic hematite and pyrite respectively.

	=== Unpressurized base energy gap (and base color) ===		=== Unpressurized base energy gap (and base color) ===

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */ the -> that

2022-04-29T12:49:36Z

Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning: the -> that

← Older revision		Revision as of 14:49, 29 April 2022
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	This would allow (among other things) for tuning of the visible color of the material.		This would allow (among other things) for tuning of the visible color of the material.

	Given ~~the~~ the effect of optically active metal ions (F-centers) can be huge, <br>		Given that the effect of optically active metal ions (F-centers) can be huge, <br>
	having them integrated relatively sparsely can still lead to a big effect. <br>		having them integrated relatively sparsely can still lead to a big effect. <br>
	The benefit of sparse integration is that pressures on ions can be fine tuned especially well. <br>		The benefit of sparse integration is that pressures on ions can be fine tuned especially well. <br>

Organometallic gemstone-like compound - Revision history

Apm: /* Organic linkers between metal ions forming a stiff framework */ fixed 2 typos

Apm: /* Organic linkers between metal ions forming a stiff framework */

Apm: /* Related */ added link to page Ligand field theory

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */ added example describing f-center live tuning display

Apm: /* Related */ added * Organometallic compound

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */ added note on iron gemstones being not transparent

Apm: /* Metal ions integrated in a stiff organic gemstone framework – Allowing for Energy gap tuning, color tuning, and magnetic property tuning */ the -> that

Apm: /* Related / added Organometallic compound