Simulations in the palm of your hand!
Ideal gas
Electric power consumption
Gravitation
Conservation of mechanical energy
Calorimetry
Electrostatic forces and fields
Thin-film interference
Pendulum tracker
Wave function propagation
Charge in an electromagnetic field
RLC circuit
Coupled pendulums
Virtual lab: free fall
Virtual lab: Michelson interferometer
Charges in a conductor
Two gas dynamics
Virtual lab: simple pendulum
Spring-mass system
Reflection, refraction and dispersion
Double pendulum
Electric motor
Mass spectrometry
Spherical pendulum
Magneto-optical trap
Hydrogen orbitals
Boltzmann distribution
Atomic transitions driven by light pulses
Photon echo
Random walk
Wave
Waves in cavity
Epidemic propagation
Resonance in a two-level system
Resonances in three-level systems
Quantum interference
Heliocentric and geocentric models
Estimative of π
