CHROMATIC MAINFRAME
First Claim
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1. A computational process comprising:
- assigning values to wavelengths of at least a portion of the electromagnetic spectrum;
using electromagnetic emitters for emitting waves having at least some of said wavelengths;
expanding the number of waves available to the computational process by controlling the electromagnetic emitters input to a blended wave output; and
controllably combining some of the available waves in order to obtain at least one new wave representing at least one new value.
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Abstract
A chromatic processor and a computational process which includes the steps of assigning values to wavelengths of a portion of the electromagnetic spectrum; using electromagnetic emitters for emitting waves having some of those wavelengths; expanding the number of waves available to the computational process by controlling the electromagnetic emitters input to a blended wave output; and combining some of the available waves in order to obtain new wave(s) representing new value(s).
20 Citations
19 Claims
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1. A computational process comprising:
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assigning values to wavelengths of at least a portion of the electromagnetic spectrum; using electromagnetic emitters for emitting waves having at least some of said wavelengths; expanding the number of waves available to the computational process by controlling the electromagnetic emitters input to a blended wave output; and controllably combining some of the available waves in order to obtain at least one new wave representing at least one new value. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16)
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17. A chromatic processor comprising:
- at least one input electromagnetic emitter used to input information in the form of electromagnetic waves;
means for influencing the emission of said input electromagnetic emitter;
at least one input channel, which is in communication with said input electromagnetic emitter and with an optical gate;
at least one operation electromagnetic emitter, which, through an operation channel, communicates to said optical gate the operation to be performed by the optical gate; and
, at least one output channel through which the result of the operation performed by the optical gate is outputted. - View Dependent Claims (18)
- at least one input electromagnetic emitter used to input information in the form of electromagnetic waves;
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19. An optical gate arranged in a grid like system and comprising:
- chambers capable of receiving input electromagnetic waves from input channels;
optical gate channels which are in communication with said chambers and output channels;
means for manipulating the input electromagnetic waves according to the operation to be performed by the optical gate, which results in obtaining output electromagnetic waves; and
, means for directing the input and output electromagnetic waves through said optical gate channels.
- chambers capable of receiving input electromagnetic waves from input channels;
Specification