Explore the cosmos through interactive simulations, AI-powered insights, and guided discovery. Master orbital mechanics, stellar evolution, and the expanding universe.
Simulate multi-body gravitational systems, observe orbital stability, and validate energy and angular momentum conservation in real-time.
Interactive blackbody radiation simulator with real-time curve visualization. Discover how stellar temperature drives spectral peak shifts.
Explore the Hertzsprung-Russell diagram, map stellar evolutionary paths, and answer adaptive Socratic questions to deepen understanding.
Model light transmission through dusty interstellar media. Quantify attenuation effects and interpret observational extinction curves.
Generate synthetic galaxy surveys, estimate the Hubble constant, and debate the fate of the universe using AI-guided frameworks.
Use built-in AI assistants across all simulations to generate code, interpret results, and compose scientific summaries aligned with course outcomes.