No install, no plugins, no downloads. Just open a simulation and explore the laws of the universe — from classical chaos to quantum waves.
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Explore deterministic chaos with a real double pendulum. Adjust rod lengths, masses, initial angles, and watch the chaotic trajectory unfold with real-time energy tracking.
Visualize quantum wavefunctions for a particle confined to a 1D infinite square well. See eigenstates, probability densities, and energy eigenvalues for n=1 through n=8.
Explore the quantum harmonic oscillator with Hermite polynomial wavefunctions. Compare classical vs quantum probability distributions at different energy levels.
Fire projectiles with adjustable launch angle, initial velocity, and air resistance. Visualize trajectories and compare with analytical predictions.
Simulate planetary orbits using Newton's law of gravitation. Bodies interact via real N-body gravitational forces.
Place point charges and visualize the resulting electric field lines and equipotential surfaces.
Move a magnet through a coil and observe induced EMF. Vary the magnet strength, coil turns, and velocity.
Watch particles in a box obey the ideal gas law. Control temperature, volume, and particle count.
Step through the Carnot cycle and track entropy, work, and efficiency.
Visualize length contraction, time dilation, and relativity of simultaneity. Adjust relative velocity from 0 to 0.99c.
Simulate the life cycle of stars from protostar to white dwarf, neutron star, or black hole.
Place massive objects and see how they bend light from background sources.