Wolfram Demonstrations Project
Quantum Physics
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Demonstrations 1 - 20 of 475
Quantum Electrodynamics of Electron-Positron Annihilation to MuonsEigenvalue Unfolding in Spacing Distributions of Random MatricesThe Three-Dimensional Isotonic Potential in Bohmian MechanicsScattering by a Dirac Bubble PotentialSchrödinger Equation for a Dirac Bubble Potential
Quantum Electrodynamics of Electron-Positron Annihilation to Muons
New this week
Eigenvalue Unfolding in Spacing Distributions of Random Matrices
New this month
The Three-Dimensional Isotonic Potential in Bohmian Mechanics
Scattering by a Dirac Bubble Potential
Schrödinger Equation for a Dirac Bubble Potential
Analytic Solutions for Double Deltafunction PotentialQuantum Entanglement versus Classical CorrelationSimplified Model of Quantum ScatteringLower Excited States of the Helium Isoelectronic SeriesRandom-Matrix Eigenvalue Statistics for Quantum Billiards
Analytic Solutions for Double Deltafunction Potential
Quantum Entanglement versus Classical Correlation
Simplified Model of Quantum Scattering
Lower Excited States of the Helium Isoelectronic Series
Random-Matrix Eigenvalue Statistics for Quantum Billiards
Hydrogen Atom in Varying DimensionsOntology of the One-Dimensional Wavefunction in Bohmian MechanicsElectron Waves in Bohr AtomHydrogen and Lithium Orbitals Using a Hartree Eigenvalue MethodParticle in a Box: Probability Density and Positional Variance
Hydrogen Atom in Varying Dimensions
Ontology of the One-Dimensional Wavefunction in Bohmian Mechanics
Electron Waves in Bohr Atom
Hydrogen and Lithium Orbitals Using a Hartree Eigenvalue Method
Particle in a Box: Probability Density and Positional Variance
Rotation of SpinorsBohm Trajectories for the Noncentral Hartmann PotentialEigenstates for the Hulthen PotentialOrienting a Spin with a Magnetic FieldClassical and Quantum Hall Effects
Rotation of Spinors
Bohm Trajectories for the Noncentral Hartmann Potential
Eigenstates for the Hulthen Potential
Orienting a Spin with a Magnetic Field
Classical and Quantum Hall Effects

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