Simulation Catalog
Explore interactive physics engines, from black hole event horizons to galactic orbital ballets.
Event Horizon Dynamics & Light Bending
Interactive simulation of photon rings and gravitational lensing around a supermassive black hole.
Solar System Orbital Mechanics Model
High-fidelity orbital path visualization showing planetary velocities and gravitational influence.
Galactic Collision & Dark Matter Flow
N-body simulation of galactic mergers and the resulting dark matter distribution patterns.
Stellar Fusion & Core Temperature Map
Detailed cross-section of stellar core fusion processes and thermal energy gradients.
Habitable Zone Orbital Radii Analysis
Visualizing the Goldilocks zone for various star types and planetary orbital distances.
Cosmic Background Radiation Density
Mapping density fluctuations in the early universe and their impact on structure formation.
Share your own simulations?
Upload your own astrophysical models or data visualizations to the community lab.
Simulation Tiers & Scientific Tools
Choose the laboratory tier tailored to your study scope—ranging from responsive web previews to university-grade tensor analytics.
Instant in-browser orbital simulations
- Solar system orbital mechanics & Keplerian orbits
- Interactive 3D planetary cross-sections
- Accretion disk basic gravitational ray-marching
- Curriculum-aligned step-by-step walkthroughs
Parametric n-body physics laboratories
- Direct numerical integration with customizable G-constants
- Kerr & Schwarzschild black hole event horizon lensing
- Real-time stellar evolution & supernova collapse states
- Classroom telemetry broadcasting and grading tools
High-density relativistic telemetry feeds
- LIGO / Virgo gravitational wave strain time-series
- Spectroscopic redshift arrays from deep sky surveys
- Custom Python SDK & Jupyter notebook integrations
- Dedicated institutional support & cluster compute
All simulations follow peer-reviewed relativistic equations & NASA JPL ephemerides.