Interactive Simulations
Scientifically accurate visualizations of physics, quantum mechanics, evolution, and interactive games
All simulations run directly in your browser using WebGL and modern web technologies. No downloads required.
Computational Astrophysics
Scientifically accurate simulations of celestial mechanics, orbital dynamics, gravitational interactions, and stellar phenomena.
Featured Simulations
- ▸N-body gravitational simulations with real-time orbital mechanics
- ▸Black hole accretion disks with gravitational lensing effects
- ▸Stellar evolution and lifecycle modeling
- ▸Galaxy formation and dark matter dynamics
- ▸Binary star systems and gravitational wave predictions
Technologies Used
Quantum Physics Simulations
Visualizations of quantum mechanical phenomena, wave functions, particle interactions, and quantum field theory concepts.
Featured Simulations
- ▸Wave-particle duality demonstrations
- ▸Quantum tunneling visualizations
- ▸Schrödinger equation solvers
- ▸Quantum entanglement and superposition
- ▸Particle collision simulations
Technologies Used
Biological & Naturalistic Evolution
Agent-based models demonstrating evolutionary algorithms, natural selection, emergent behaviors, and ecosystem dynamics.
Featured Simulations
- ▸Genetic algorithm optimization with fitness landscapes
- ▸Predator-prey population dynamics (Lotka-Volterra)
- ▸Neural network evolution for adaptive behavior
- ▸Swarm intelligence and collective behavior
- ▸Ecosystem simulation with resource competition
Technologies Used
Physics-Based Games
Interactive games that leverage realistic physics engines for engaging gameplay experiences grounded in scientific principles.
Featured Simulations
- ▸Explore the Universe 2175 - Space RTS with realistic orbital mechanics
- ▸Gravity well puzzle games with Newtonian dynamics
- ▸Rocket trajectory simulations and landing challenges
- ▸Orbital rendezvous and docking missions
- ▸Collision physics and momentum conservation games
Technologies Used
Want to Build Your Own?
Check out my technical blog for tutorials on WebGL programming, physics simulation, and interactive visualizations. Learn how these simulations are built from the ground up.
Why Simulations?
Interactive simulations are a powerful tool for understanding complex systems. By visualizing abstract concepts in physics, quantum mechanics, and biology, we can develop intuition for how the universe works at different scales.
All simulations on this site prioritize scientific accuracy while maintaining real-time performance. Whether it's calculating gravitational N-body interactions, solving differential equations for quantum wave functions, or modeling evolutionary fitness landscapes, the math and physics are grounded in established scientific principles.
These projects sit at the intersection of software engineering, computational physics, and interactive design - combining rigorous science with engaging user experiences.
Ready for a Full Game Experience?
Explore the Universe 2175 is a physics-based space RTS that takes these simulation concepts to the next level. Command fleets using real orbital mechanics and adaptive AI.