Featured Simulations
Dive into our growing library of interactive simulations. Each one allows you to manipulate parameters and observe how complex systems evolve over time.
Conway's Game of Life
Explore how simple rules can lead to complex patterns in this classic cellular automaton. Create your own patterns or use famous configurations like gliders and pulsars.
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Fibonacci Phyllotaxis
Visualize how plants optimize sunlight exposure by arranging their leaves or seeds according to the golden angle, creating beautiful spiral patterns.
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Fibonacci Tree
Watch a tree grow through recursive branching based on the Fibonacci sequence. Adjust parameters to create different tree shapes and structures.
2D Version 3D Version
Golden Ratio Growth
Observe how shapes and patterns that follow the golden ratio (approximately 1.618) are created and how they appear throughout nature and design.
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Navier-Stokes Fluid Simulation
Interact with a real-time fluid simulation based on the Navier-Stokes equations. Create vortices, observe flow patterns, and experiment with viscosity and velocity.
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Slime Mold Maze Solver
Watch slime mold-inspired algorithms solve mazes and find optimal paths between points. These simple organisms can solve complex problems without a brain!
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Galaxy Simulation
Watch the formation and evolution of galaxies as cosmic forces shape the universe. Adjust parameters to create spiral galaxies, elliptical galaxies, and more.
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Stellar Life Cycle
Explore the fascinating life cycle of stars from nebula formation to supernovae. Observe how stars evolve through different stages depending on their mass.
2D Version 3D Version
Orbie Zots
Experience the mesmerizing dance of luminous particles as they orbit a central energy source. Adjust attraction forces and particle properties to create unique patterns & emergent swarming behaviors.
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