Advanced Optics

// Advanced Optics Framework class AdvancedOptics { constructor() { this.systems = []; this.components = []; this.sources = []; this.detectors = []; } // Ray Tracing traceRays(system, rays) { const rayTracing = { system: system, rays: rays, paths: null, intersections: null, aberrations: null, performance: null }; // Ray Paths rayTracing.paths = this.calculatePaths(rays, system); // Intersections rayTracing.intersections = this.findIntersections(rayTracing.paths, system); // Aberrations rayTracing.aberrations = this.calculateAberrations(rayTracing.intersections); // Performance rayTracing.performance = this.assessPerformance(rayTracing.aberrations); return rayTracing; } // Wave Analysis analyzeWaves(wave, medium) { const waveAnalysis = { wave: wave, medium: medium, propagation: null, interference: null, diffraction: null, polarization: null }; // Wave Propagation waveAnalysis.propagation = this.calculatePropagation(wave, medium); // Interference waveAnalysis.interference = this.analyzeInterference(waveAnalysis.propagation); // Diffraction waveAnalysis.diffraction = this.analyzeDiffraction(waveAnalysis.propagation); // Polarization waveAnalysis.polarization = this.analyzePolarization(waveAnalysis.propagation); return waveAnalysis; } // Quantum Optics analyzeQuantum(photons, system) { const quantumOptics = { photons: photons, system: system, states: null, interactions: null, entanglement: null, coherence: null }; // Quantum States quantumOptics.states = this.calculateStates(photons, system); // Photon Interactions quantumOptics.interactions = this.analyzeInteractions(quantumOptics.states); // Entanglement quantumOptics.entanglement = this.analyzeEntanglement(quantumOptics.interactions); // Coherence quantumOptics.coherence = this.analyzeCoherence(quantumOptics.states); return quantumOptics; } // Nonlinear Optics analyzeNonlinear(intensity, material) { const nonlinearOptics = { intensity: intensity, material: material, effects: null, harmonics: null, mixing: null, solitons: null }; // Nonlinear Effects nonlinearOptics.effects = this.calculateEffects(intensity, material); // Harmonic Generation nonlinearOptics.harmonics = this.calculateHarmonics(nonlinearOptics.effects); // Wave Mixing nonlinearOptics.mixing = this.calculateMixing(nonlinearOptics.harmonics); // Solitons nonlinearOptics.solitons = this.analyzeSolitons(nonlinearOptics.mixing); return nonlinearOptics; } // Photonic Crystals analyzePhotonicCrystal(structure, properties) { const photonicCrystal = { structure: structure, properties: properties, bandgap: null, modes: null, dispersion: null, applications: null }; // Bandgap Calculation photonicCrystal.bandgap = this.calculateBandgap(structure, properties); // Mode Analysis photonicCrystal.modes = this.analyzeModes(photonicCrystal.bandgap); // Dispersion photonicCrystal.dispersion = this.calculateDispersion(photonicCrystal.modes); // Applications photonicCrystal.applications = this.identifyApplications(photonicCrystal.dispersion); return photonicCrystal; } // Metamaterials analyzeMetamaterial(design, properties) { const metamaterial = { design: design, properties: properties, permittivity: null, permeability: null, refractive: null, applications: null }; // Effective Properties metamaterial.permittivity = this.calculatePermittivity(design, properties); metamaterial.permeability = this.calculatePermeability(design, properties); // Refractive Index metamaterial.refractive = this.calculateRefractive(metamaterial.permittivity, metamaterial.permeability); // Applications metamaterial.applications = this.identifyApplications(metamaterial.refractive); return metamaterial; } }