Advanced Astrophysics

// Advanced Astrophysics Framework class AdvancedAstrophysics { constructor() { this.objects = []; this.processes = []; this.models = []; this.observations = []; } // Stellar Evolution evolveStar(star, time) { const evolution = { star: star, time: time, phase: null, properties: null, nucleosynthesis: null, fate: null }; // Stellar Phase evolution.phase = this.determinePhase(star, time); // Stellar Properties evolution.properties = this.calculateProperties(star, evolution.phase); // Nucleosynthesis evolution.nucleosynthesis = this.calculateNucleosynthesis(evolution.properties); // Stellar Fate evolution.fate = this.determineFate(evolution.properties); return evolution; } // Galactic Dynamics analyzeGalaxy(galaxy, components) { const dynamics = { galaxy: galaxy, components: components, rotation: null, mass: null, darkMatter: null, evolution: null }; // Rotation Curve dynamics.rotation = this.calculateRotation(galaxy, components); // Mass Distribution dynamics.mass = this.calculateMass(dynamics.rotation); // Dark Matter dynamics.darkMatter = this.analyzeDarkMatter(dynamics.mass); // Galactic Evolution dynamics.evolution = this.modelEvolution(dynamics.darkMatter); return dynamics; } // Cosmological Evolution evolveUniverse(initial, parameters) { const cosmology = { initial: initial, parameters: parameters, expansion: null, structure: null, darkEnergy: null, future: null }; // Expansion History cosmology.expansion = this.calculateExpansion(initial, parameters); // Structure Formation cosmology.structure = this.modelStructure(cosmology.expansion); // Dark Energy cosmology.darkEnergy = this.analyzeDarkEnergy(cosmology.expansion); // Future Evolution cosmology.future = this.predictFuture(cosmology.darkEnergy); return cosmology; } // Black Hole Physics analyzeBlackHole(blackHole, environment) { const blackHolePhysics = { blackHole: blackHole, environment: environment, horizon: null, accretion: null, jets: null, evaporation: null }; // Event Horizon blackHolePhysics.horizon = this.calculateHorizon(blackHole); // Accretion Disk blackHolePhysics.accretion = this.modelAccretion(blackHole, environment); // Relativistic Jets blackHolePhysics.jets = this.modelJets(blackHolePhysics.accretion); // Hawking Evaporation blackHolePhysics.evaporation = this.calculateEvaporation(blackHole); return blackHolePhysics; } // Exoplanet Detection detectExoplanets(star, method) { const detection = { star: star, method: method, signals: null, planets: null, properties: null, habitability: null }; // Detection Signals detection.signals = this.analyzeSignals(star, method); // Planet Identification detection.planets = this.identifyPlanets(detection.signals); // Planetary Properties detection.properties = this.calculateProperties(detection.planets); // Habitability Assessment detection.habitability = this.assessHabitability(detection.properties); return detection; } // Gravitational Waves analyzeGravitationalWaves(source, detector) { const gravitationalWaves = { source: source, detector: detector, waveform: null, frequency: null, amplitude: null, information: null }; // Waveform Generation gravitationalWaves.waveform = this.generateWaveform(source); // Frequency Analysis gravitationalWaves.frequency = this.analyzeFrequency(gravitationalWaves.waveform); // Amplitude Detection gravitationalWaves.amplitude = this.detectAmplitude(gravitationalWaves.waveform, detector); // Information Extraction gravitationalWaves.information = this.extractInformation(gravitationalWaves.amplitude); return gravitationalWaves; } }