Harmonic Oscillator
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Damped Driven Harmonic Oscillator Phasor Model v.1.0
Motion of damped driven harmonic oscillator simulation. Damped Driven Harmonic Oscillator Phasor model displays the motion of damped driven harmonic oscillator. The resulting differential equation can be extended into the complex plane,
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Adiabatically Changing Harmonic Oscillator Model v.1.0
Spring mass dynamics simulation. Ejs Adiabatically Changing Harmonic Oscillator model displays the frictionless dynamics of a mass on a spring where the angular frequency of the oscillator adiabatically changes with time according to: = 0 + t .
Strange Harmonic Oscillator Model v.1.0
Mass motion simulation. Strange Harmonic Oscillator model displays the motion of two masses connected by a massless rigid rod and the masses may move without friction along two perpendicular rails in a horizontal table.
Action for the Harmonic Oscillator Model v.1.0
Simulate simple harmonic oscillator trajectory. Action for the Harmonic Oscillator model displays the trajectory of a simple harmonic oscillator by minimizing the classical action. The simulation displays the endpoints of the motion (t,
QM Superposition Program v.1.0
QM Superposition software displays the time evolution of the position-space wave function. The default wave function shows a two-state superposition of harmonic oscillator states.
QM Eigenstate Superposition Demo Model v.1.0
Study bound state systems with this simulation. QM Eigenstate Superposition Demo model displays the time dependence of a variety of superpositions of energy eigenfunctions for the infinite square well and harmonic oscillator potentials.
MECHANICS 3 : Kinematics and dynamics, gravitation, satellites, electric and magnetic fieldsOCZ v.2.01.001
Physics program intended for High School pupils (age 15-18) This Title comprises 21 chapters of complete courses completed with exercises covering every subject undertaken.
QM Momentum Space v.1.0
Study the position-space wave function with this simulation. QM Momentum Space software displays the time evolution of the position-space wave function and the associated momentum-space wave function.
Eigenstate Superposition Model v.1.0
Study quantum mechanics with this tool. Eigenstate Superposition model illustrates the fundamental building blocks of one-dimensional quantum mechanics, the energy eigenfunctions n(x) and energy eigenvalues En.
QM Wigner Program v.1.0
Study the position-space wave function with this tool. QM Wigner software displays the time evolution of the position-space wave function and the associated quasi-probability distribution in phase space via the Wigner function.
Oscillator Chain Model v.1.0
Study wave propagation with this simulation. Oscillator Chain models a one-dimensional linear array of coupled harmonic oscillators with fixed ends.