Color emulation - Revision history

Apm: /* Related */

2025-06-28T10:14:34Z

← Older revision		Revision as of 12:14, 28 June 2025
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	== Related ==		== Related ==

	* '''[[Optical effects]]''' & [[Ligand field theory]]		* '''[[Optical effects]]''' & '''[[Ligand field theory]]'''
	* [[Metamaterial]]s		* [[Metamaterial]]s
	* The [[non mechanical technology path]]		* The [[non mechanical technology path]]

Apm: /* Related */

2025-06-28T10:14:23Z

← Older revision		Revision as of 12:14, 28 June 2025
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	== Related ==		== Related ==

	* '''[[Optical effects]]''' [[Ligand field theory]]		* '''[[Optical effects]]''' & [[Ligand field theory]]
	* [[Metamaterial]]s		* [[Metamaterial]]s
	* The [[non mechanical technology path]]		* The [[non mechanical technology path]]

Apm: /* Force tuned F-centers */ added link to: Gem-gum display technology

2022-08-26T11:05:24Z

Force tuned F-centers: added link to: Gem-gum display technology

← Older revision		Revision as of 13:05, 26 August 2022
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	* for passive absorptive color and		* for passive absorptive color and
	* for active emissive color (See: [[Mechanooptical conversion]])		* for active emissive color (See: [[Mechanooptical conversion]])

			More details on page: [[Gem-gum display technology]]

	== Bigger scale origins of color ==		== Bigger scale origins of color ==

Apm: added section == F-centers ==

2022-08-26T11:02:53Z

added section == F-centers ==

← Older revision		Revision as of 13:02, 26 August 2022
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	[note 1] also known as HOMO - for highest occupied molecular orbital) meaning that		[note 1] also known as HOMO - for highest occupied molecular orbital) meaning that

			== Force tuned F-centers ==

			They can be created by F-centers (as the case in [[gemstones]]) <br>
			Colors can be tuned away from the natural wavelength by applying [[high pressure]]s (including negative ones). <br>
			This is emulated unnatural color due to that unnatural tuning by applied force. <br>
			Necessary details can be determined by [[Ligand field theory]].

			This works both ...
			* for statically de-tuned constant color (See: [[Organometallic gemstone-like compound]], [[Kaehler bracket]]s)
			* dynamically de-tuned adjustable color

			This works both ...
			* for passive absorptive color and
			* for active emissive color (See: [[Mechanooptical conversion]])

	== Bigger scale origins of color ==		== Bigger scale origins of color ==
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	== Related ==		== Related ==

	* '''[[Optical effects]]'''		* '''[[Optical effects]]''' [[Ligand field theory]]
	* [[Metamaterial]]s		* [[Metamaterial]]s
	* The [[non mechanical technology path]]		* The [[non mechanical technology path]]

Apm: /* Local origins of color */ added '''The trouble with blue:'''

2022-08-26T10:24:23Z

Local origins of color: added '''The trouble with blue:'''

← Older revision		Revision as of 12:24, 26 August 2022
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	Visible light with its low energy can be absorbed by lifting electrons into these intermediate energy levels. The remaining light appears in a certain color.		Visible light with its low energy can be absorbed by lifting electrons into these intermediate energy levels. The remaining light appears in a certain color.

			'''The trouble with blue:'''<br>
	At the short blue wavelengths such chains become so short that the discreteness of the number of bond becomes problematic.		At the short blue wavelengths such chains become so short that the discreteness of the number of bond becomes problematic.
	Metal complexes where the photons either lift an electron from the complexed metal atom to the chaltrate ring or vice versa can do that.		Metal complexes where the photons either lift an electron from the complexed metal atom to the chaltrate ring or vice versa can do that.

Apm: /* Local origins of color */

2022-08-26T10:22:25Z

Local origins of color

← Older revision		Revision as of 12:22, 26 August 2022
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	At the short blue wavelengths such chains become so short that the discreteness of the number of bond becomes problematic.		At the short blue wavelengths such chains become so short that the discreteness of the number of bond becomes problematic.
	Metal complexes where the photons either lift an electron from the complexed metal atom to the chaltrate ring or vice versa can do that.		Metal complexes where the photons either lift an electron from the complexed metal atom to the chaltrate ring or vice versa can do that.
	They may contain ~~somewhat~~ scarce elements like copper though.		They may contain mildly scarce elements like copper though.
	If it turns out it's impossible to arrange abundant atoms (possible unnaturally highly strained) such that they absorb short wavelength there are still other methods to make something look blue.		If it turns out it's impossible to arrange abundant atoms (possible unnaturally highly strained) such that they absorb short wavelength there are still other methods to make something look blue.

Apm: /* Local origins of color */ added Optomechanical conversion

2022-08-26T10:20:08Z

Local origins of color: added Optomechanical conversion

← Older revision		Revision as of 12:20, 26 August 2022
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	Since they now have more spacial freedom according to [http://en.wikipedia.org/wiki/Uncertainty_principle heisenbergs uncertainty principle] their impulse can be smaller.		Since they now have more spacial freedom according to [http://en.wikipedia.org/wiki/Uncertainty_principle heisenbergs uncertainty principle] their impulse can be smaller.
	This has the nice effect that you gain some energy levels that are higher than the unexcited "sea level" of molecule orbital electrons[1] but are still low enough such that the electrons still fulfill their responsibility of holding the molecule together.		This has the nice effect that you gain some energy levels that are higher than the unexcited "sea level" of molecule orbital electrons[1] but are still low enough such that the electrons still fulfill their responsibility of holding the molecule together.
	The shape of the molecules may change though sometimes. <br>		The shape of the molecules may change though sometimes ([[Optomechanical conversion]]). <br>
	Side-note: Linear chain like molecules may be hard to [[mechanosynthesis\|mechanosythesize]] due to their lack of stiffness (or not).		Side-note: Linear chain like molecules may be hard to [[mechanosynthesis\|mechanosythesize]] due to their lack of stiffness (or not).

Apm: /* Metallic reflectiveness */ added linebreak

2022-04-29T13:29:21Z

Metallic reflectiveness: added linebreak

← Older revision		Revision as of 15:29, 29 April 2022
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	== Metallic reflectiveness ==		== Metallic reflectiveness ==

	Metallic reflectiveness is not exactly a color but if certain wavelengths are absorbed the reflected light can take on some color like present with copper and gold.		Metallic reflectiveness is not exactly a color but if certain wavelengths are absorbed the reflected light can take on some color like present with copper and gold. <br>
	The used materials need to have [[electrically conductive diamondoid compounds\|metallic conductivity]].		The used materials need to have [[electrically conductive diamondoid compounds\|metallic conductivity]].
	See wikipedia: [http://en.wikipedia.org/wiki/Plasma_oscillation plasma frequency]		See wikipedia: [http://en.wikipedia.org/wiki/Plasma_oscillation plasma frequency]

Apm: /* Local origins of color */ removed spurious "to the"

2022-04-29T13:26:56Z

Local origins of color: removed spurious "to the"

← Older revision		Revision as of 15:26, 29 April 2022
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	At the short blue wavelengths such chains become so short that the discreteness of the number of bond becomes problematic.		At the short blue wavelengths such chains become so short that the discreteness of the number of bond becomes problematic.
	Metal complexes where the photons either lift an electron ~~to the~~ from the complexed metal atom to the chaltrate ring or vice versa can do that.		Metal complexes where the photons either lift an electron from the complexed metal atom to the chaltrate ring or vice versa can do that.
	They may contain somewhat scarce elements like copper though.		They may contain somewhat scarce elements like copper though.
	If it turns out it's impossible to arrange abundant atoms (possible unnaturally highly strained) such that they absorb short wavelength there are still other methods to make something look blue.		If it turns out it's impossible to arrange abundant atoms (possible unnaturally highly strained) such that they absorb short wavelength there are still other methods to make something look blue.

Apm: /* Local origins of color */

2022-04-29T13:24:38Z

Local origins of color

← Older revision		Revision as of 15:24, 29 April 2022
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	Since they now have more spacial freedom according to [http://en.wikipedia.org/wiki/Uncertainty_principle heisenbergs uncertainty principle] their impulse can be smaller.		Since they now have more spacial freedom according to [http://en.wikipedia.org/wiki/Uncertainty_principle heisenbergs uncertainty principle] their impulse can be smaller.
	This has the nice effect that you gain some energy levels that are higher than the unexcited "sea level" of molecule orbital electrons[1] but are still low enough such that the electrons still fulfill their responsibility of holding the molecule together.		This has the nice effect that you gain some energy levels that are higher than the unexcited "sea level" of molecule orbital electrons[1] but are still low enough such that the electrons still fulfill their responsibility of holding the molecule together.
	The shape of the molecules may change though sometimes.		The shape of the molecules may change though sometimes. <br>
	Linear chain like molecules may be hard to [[mechanosynthesis\|mechanosythesize]] due to their lack of stiffness (or not).		Side-note: Linear chain like molecules may be hard to [[mechanosynthesis\|mechanosythesize]] due to their lack of stiffness (or not).

	Visible light with its low energy can be absorbed by lifting electrons into these intermediate energy levels. The remaining light appears in a certain color.		Visible light with its low energy can be absorbed by lifting electrons into these intermediate energy levels. The remaining light appears in a certain color.