Electricsim Platform
Turn equations into observable systems. Change one variable, watch the field respond, and connect microscopic behavior to measurable results.
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Electrostatics Simulator
Model point charges and continuous distributions to analyze electric field vectors, potential contours, and electrostatic force dynamics.
Gauss's Law Explorer
Explore electric flux through spherical, cylindrical, and planar Gaussian surfaces, illustrating the direct relationship between flux and enclosed charge.
Capacitor Simulator
Analyze parallel plate, cylindrical, and spherical capacitor geometries, dielectric boundary conditions, and nested series-parallel networks.
Conductivity Explorer
Simulate electron drift velocity under Drude scattering, exploring the microstructural impacts of temperature, dimension, and materials on resistance.
Semiconductor Physics Lab
Follow bond electrons, thermal excitation, doping, and electron-driven hole motion in one crystal. Apply voltage and watch charge flow.
DC Circuit Lab
Start with a blank canvas, add batteries, resistors and capacitors, and connect them with click-to-create wires. Read volts, amps and resistance above the components.