Binary Encryption System Based on Multiple Light Negative Refraction Interference Patterns and Light Wavelengths Interception Patterns Created by the Interaction of a Multi-Laser Array System with Anisotropic Optical Metamaterials and by the Interaction of a Multi-Laser Array System with a Multi-Prism Function Metamaterials to Generated Multi-Light Wavelength Interceptions for Digital Communication and Computerized Systems Managed by Artificial Intelligence

2) A binary encryption system based on multiple Negative Refraction interference patterns and a diverse assemblage of light wavelengths interception patterns driven by Artificial Intelligence (AI) wherein a Multi-Laser Array System comprised of multiple laser beams interacts with rotatable Anisotropic Optical Metamaterials to generate the said Negative Refraction interference patterns and wherein the said Multi-Laser Array System comprised of multiple laser beams also interacts with rotatable metamaterials designed to function as a Multi-Prism Unit to generate multiple sub-arrays with different wave amplitudes and different light wavelengths interception patterns to form the basis of the said binary encryption system, wherein each array generates varying frequencies, polarizations, and spatial modes for the basis of the encryption system, and wherein the resulting angles created by the generation of Negative Refractions are utilized in conjunction with the said light wavelengths interception patterns to create a group of interception patterns based on the combination of angles and wavelengths controlled by AI.

3) A binary encryption system based on multiple Negative Refraction interference patterns and a diverse assemblage of light wavelengths interception patterns driven by Artificial Intelligence (AI) wherein a Multi-Laser Array System comprised of multiple laser beams interacts with rotatable Anisotropic Optical Metamaterials to generate the said Negative Refraction interference patterns and wherein the said Multi-Laser Array System comprised of multiple laser beams also interacts with rotatable metamaterials designed to function as a Multi-Prism Unit to generate multiple sub-arrays with different wave amplitudes and different light wavelengths interception patterns to form the basis of the said binary encryption system wherein the sub-array creation from the main laser array is split into smaller sub-arrays to be dedicated to encrypting different data streams or different parts of a message and wherein amplitude modulation utilizing digital techniques, the amplitude or intensity of each sub-array's laser beam is modulated to represent a series of data bits.