Spin Wave Meta Array - Revision history

XenoEngineer at 20:07, 21 September 2023

2023-09-21T20:07:58Z

← Older revision		Revision as of 20:07, 21 September 2023
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	<b><big>Consider:</big></b> A meta-array is a 3D geometric arrangement of spin-wave-vector sensors, such that the motion of the global spin wave to which the spin-waves of the metamaterials alignment supply points to fit a 3D surface.		<b><big>Consider:</big></b> A meta-array is a 3D geometric arrangement of spin-wave-vector sensors, such that the motion of the global spin wave to which the spin-waves of the metamaterials alignment supply points to fit a 3D surface.

	<b><big>Consider:</big></b> This describes a time-dimple-~~dector~~, PROVIDED a [[Dimple in Time\|dimple in time]] does perturb the vector orientation of a spin wave of the global field type. It has ~~too~~, as the viscosity of the flow of time is unitized in all forces.		<b><big>Consider:</big></b> This describes a time-dimple-detector, PROVIDED a [[Dimple in Time\|dimple in time]] does perturb the vector orientation of a spin wave of the global field type. It has to, in principle, as the viscosity of the flow of time is unitized in all forces.

	;These concepts precede any focus on a fidelity of principles rather comically.		;These concepts precede any focus on a fidelity of principles rather comically.

XenoEngineer at 20:05, 21 September 2023

2023-09-21T20:05:49Z

← Older revision		Revision as of 20:05, 21 September 2023
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	<b><big>Consider:</big></b> This describes a time-dimple-dector, PROVIDED a [[Dimple in Time\|dimple in time]] does perturb the vector orientation of a spin wave of the global field type. It has too, as the viscosity of the flow of time is unitized in all forces.		<b><big>Consider:</big></b> This describes a time-dimple-dector, PROVIDED a [[Dimple in Time\|dimple in time]] does perturb the vector orientation of a spin wave of the global field type. It has too, as the viscosity of the flow of time is unitized in all forces.

	;These concepts precede any focus on a fidelity of principles.		;These concepts precede any focus on a fidelity of principles rather comically.

XenoEngineer: XenoEngineer moved page Topological Spin Wave Meta Array to Spin Wave Meta Array

2023-07-12T15:11:48Z

XenoEngineer moved page Topological Spin Wave Meta Array to Spin Wave Meta Array

← Older revision	Revision as of 15:11, 12 July 2023
(No difference)

XenoEngineer at 15:09, 12 July 2023

2023-07-12T15:09:05Z

← Older revision		Revision as of 15:09, 12 July 2023
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			{{headerTheAIandI\|subcat=spinwave}}
			[[Category:psiTech]]

	https://chat.openai.com/share/3eba11f9-1dc8-4781-bd5e-1a4d52628876		https://chat.openai.com/share/3eba11f9-1dc8-4781-bd5e-1a4d52628876
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	<b><big>Consider:</big></b> The spin wave thin-film metamaterial, of the proper of two types of spin lattice media, if sensorized to measure the vector-orientation of the spin wave 'front' or wave-shape (topology?)		<b><big>Consider:</big></b> The spin wave thin-film metamaterial, of the proper of two types of spin lattice media, if sensorized to measure the vector-orientation of the spin wave 'front' or wave-shape (topology?)

	<b><big>Consider:</big></b> A meta-array is a 3D geometric arrangement of spin-wave-vector sensors, such that the motion of the global spin wave to which the spin-waves of the metamaterials ~~align~~ supply points to fit a 3D surface.		<b><big>Consider:</big></b> A meta-array is a 3D geometric arrangement of spin-wave-vector sensors, such that the motion of the global spin wave to which the spin-waves of the metamaterials alignment supply points to fit a 3D surface.

	<b><big>Consider:</big></b> This describes a time-dimple-dector, PROVIDED a [[Dimple in Time\|dimple in time]] does perturb the vector orientation of a spin wave of the global field type. It has too, as the viscosity of the flow of time is unitized in all forces.		<b><big>Consider:</big></b> This describes a time-dimple-dector, PROVIDED a [[Dimple in Time\|dimple in time]] does perturb the vector orientation of a spin wave of the global field type. It has too, as the viscosity of the flow of time is unitized in all forces.

	;These concepts precede any focus on a fidelity of principles.		;These concepts precede any focus on a fidelity of principles.

XenoEngineer: Created page with " https://chat.openai.com/share/3eba11f9-1dc8-4781-bd5e-1a4d52628876 This terminology is best-guess. Please advise: XenoEngineer aght groupKOS doght caughm Consider: The quantum emergence of a nucleophonon as a spherical gradient of the topological now as an express demonstration of UAP Physics. Consider: The spin wave thin-film metamaterial, of the proper of two types of spin lattice..."

2023-07-12T14:28:27Z

Created page with " https://chat.openai.com/share/3eba11f9-1dc8-4781-bd5e-1a4d52628876 This terminology is best-guess. <big>Please advise:</big> XenoEngineer aght groupKOS doght caughm <big>Consider:</big> The quantum emergence of a nucleophonon as a spherical gradient of the topological now as an express demonstration of UAP Physics. <big>Consider:</big> The spin wave thin-film metamaterial, of the proper of two types of spin lattice..."

New page

https://chat.openai.com/share/3eba11f9-1dc8-4781-bd5e-1a4d52628876

This terminology is best-guess.

<big>Please advise:</big> [[user:XenoEngineer|XenoEngineer]] aght groupKOS doght caughm

<big>Consider:</big> The quantum emergence of a nucleophonon as a spherical gradient of the [[topological now]] as an express demonstration of [[UAP Physics]].

<big>Consider:</big> The spin wave thin-film metamaterial, of the proper of two types of spin lattice media, if sensorized to measure the vector-orientation of the spin wave 'front' or wave-shape (topology?)

<big>Consider:</big> A meta-array is a 3D geometric arrangement of spin-wave-vector sensors, such that the motion of the global spin wave to which the spin-waves of the metamaterials align supply points to fit a 3D surface.

<big>Consider:</big> This describes a time-dimple-dector, PROVIDED a [[Dimple in Time|dimple in time]] does perturb the vector orientation of a spin wave of the global field type. It has too, as the viscosity of the flow of time is unitized in all forces.

;These concepts precede any focus on a fidelity of principles.