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Explore the dynamics of gravitational systems with this interactive 3D simulation featuring both Barnes-Hut (O(N log N)) and direct-sum (O(N²)) methods.
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Why Euler angles hit singularities, how quaternions live on S³, and why SLERP makes interpolation behave. Zero-build, in-browser demo.
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Understanding PID control through an interactive spacecraft docking simulation. Tune P, I, and D parameters to master the art of feedback control.
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Interactive exploration of numerical integration schemes and energy conservation in physics simulations. Master symplectic methods, stability analysis, and the mathematical foundations of computational physics.
