54 interactive experiments aligned with curriculum standards.

Explore alternating current, capacitors, and inductors
~30 min
Explore the forces between atoms at the molecular scale
~20 min
Discover why faster flow means lower pressure — from Venturi tubes to airplane wings
~25 min
Explore thermal radiation and the quantum revolution
~20 min
Assemble protons and neutrons to explore nuclear stability
~20 min
Build and analyze AC circuits with real measurements
~35 min
Magnetic field circulation around current-carrying conductors
~30 min
Conservation of angular momentum, precession, and gyroscopic effects
~30 min
Watch exponential charging and discharging governed by the RC time constant
~30 min
Map equipotential surfaces and understand work done by electric fields
~25 min
See how changing magnetic flux generates EMF — Faraday's and Lenz's Laws in action
~30 min
Electric flux through Gaussian surfaces and enclosed charge relationships
~30 min
Discover torque and rotational equilibrium
~15 min
Explore Archimedes' Principle with different fluids
~20 min
Why objects curve instead of fly off
~15 min
Observe frequency shifts as source and observer move relative to each other
~20 min
Visualize fields from point charges in 3D
~20 min
Build any wave by adding sine components
~25 min