Spin-X Measurement Probability — Larmor Precession
32 simulations · Physics
More in Quantum Mechanics
- Spin Measurement — Bloch Sphere
- Stern–Gerlach Experiment — Space Quantization
- Hydrogen Atom Wavefunctions — 3D Orbital Explorer
- Vector Space Explorer — Finite Vectors
- 2D Wavefunction Collapse — Position Measurement
- Classical vs Quantum Harmonic Oscillator — Coherent State
- Quantum Harmonic Oscillator — 1D Eigenstates
- Double-Slit Experiment — Which-Path Measurement
- Wavefunctions and Probability — The Born Rule
- Finite Square Well — Graphical Solution of Bound States
- Gaussian Wavepacket — Fourier Mode Evolution
- Quantum Tunneling — Plane Wave
- Multi-Stage Stern-Gerlach Experiment — 3D Apparatus Builder
- Quantum Harmonic Oscillator — High-n Classical Limit
- Infinite Square Well — Eigenstates and Position Measurements
- Finite Potential Well — Bound-State Wavefunctions and Densities
- Momentum Amplitude Distribution — A(k) vs k
- Two-Gaussian Superposition
- Coherent and Squeezed States — Quantum Harmonic Oscillator
- Gaussian Wavepacket — Free Time Evolution
- Single Gaussian Wavefunction
- Fourier Series — Building Spatial Waveforms from Momentum States
- Spherical Harmonics Explorer
- Barrier Transmission Probability — T(E) and T(k)
- Classical vs Quantum Dynamics — Anharmonic Oscillator
- Double-Slit Experiment — Quantum Interference vs Classical Particles
- Quantum Tunneling — Gaussian Wavepacket
- Hydrogen Atom — Energy Levels and Emission Spectrum
- Particle on a Circle
- Scattering Light from a Free Electron
- The Spectrum of a Hot Cavity — Planck vs Rayleigh–Jeans