63 results

mix, hybridize, and visualize hydrogen orbital wavefunctions

MATLAB package for quantum information science and quantum mechanics.

Using the finite-difference method to solve Schrodinger's equation in the 1-dim potential well.

Particle in a box Quantum harmonic oscillator

Visualize hydrogenic wave-functions in 3D and watch animations of atomic state changes

The simulator of universal quantum computer based on Deutsch mathematical model of the quantum computing.

Wigner's semicircle law : modelling the distribution of the eigenvalues of symmetric random matrix.

Basic Physics Course with MATLAB's Symbolic Math Toolbox and Live Editor

Wigner3j( J123, M123) calculates the Wigner 3j symbol.

It calculates the energy levels vs. well widths in a GaAs QW and their corresponding eigenfunctions.

This m-script demonstrates a split-operator method by calculating wave functions and an energy spect

A Version of the Shor-Algorithm for prime Factoring. Please feel free to comment on it or recommend improvements.

Wigner 3j-, 6j-, 9j-symbols

The Gaussian Q-PSO function + 11 benchmark functions + original article.

Finite Difference scheme is applied to Time Independent Schrodinger Equation.

Test whether a given quantum-mechanical state is genuinely multipartite entangled.

Hydrogen uses the analytical solution to the TISE to produce the orbitals of the hydrogen atom.

ClebschGordan(j1,j2,j,m1,m2,m) is the Clebsch-Gordan coefficient <j1,j2,m1,m2|j1,j2,j,m>.

Draws animations of a Gaussian wave packet incident ....

A small kit to help with the visualization of Bloch vectors and quantum gates.

This code returns a "n" amount of random numbers, which are obtained in real time from the ANU Quantum Random Numbers Server.

3D Time independent Schroedinger equation solver

Small application that solves basic one-dimensional, time-dependent quantum systems.

A package for simulating quantum stabiliser circuits.

Visualization of hydrogen orbitals

Simple procedure to see Groover numbers

Calculating Excited States of Quantum Harmonic Oscillator using Raising Operator.

Simulation the d-orbital of hydrogen atom - l=2, m=0

package to compute the linear entropy of entanglement and the Wooters 3-tangle

Functions to calculate Clebsch-Gordan, Wigner 3-j, Wigner 6-j, and Wigner 9-j coefficients

Instrument Control for HBM QuantumX by lan .NET

Hamiltonian operation on square Lattices (matrix)

Wigner3j(j1,j2,j,m1,m2,m) returns the Wigner 3j-symbol.

A Fock space toolbox for computational cognition

A MATLAB package for simulating the quantum dynamics of flux-qon systems.

Example of a quantum mechanical spin system evolution using the Liouville von Neumann equation (density matrix propagation)

outputs cartesian and ladder operator spin matrices for multiple spins of integer or half-integer values

Matlab routines to evaluate eigenstates of the quantum harmonic oscillator and Hermite polynomials

Calculate the energy of the electronic transitions in the Hydrogen Atom

The M-file calculates the quantum particle filter center for driverless car train positioning.

Energies and matrix elements of hydrogen atom in magnetic field of arbitrary strength

Rabi flopping for a two level quantum system is simulated for different detuning frequencies.

Schrödinger equation solver for a particle subject to diverse potentials.

Tunneling Probability

Simulation the p-orbital of hydrogen atom - l=1, m=1

Simulation the p-orbital of hydrogen atom - l=1, m=0

Quantum Physics

Discrete variable representation (DVR) for 1D systems in QM

plots a user-specified wavefunction in an infinite potential well of user-specified size.

two qubit quantum computer with phonon the crucuit entropy has been examined.

2qubit system phonon amsebe average

Calculates Wigner 6-j coefficients using the Racah formula

This code performs trials of a simulated Bell inequality experiment.

Vector addition coefficients for adding angular momenta

qubit by using quantum dots

Returns exact value of wigner 3-j symbol

Easy to use Clebsch-Gordan coefficient solver for adding two angular momentums.

Calculates 6j symbols of Angular momentum theory.

The tool box is used to compute valence band of single quantum well

Numerical calculation of all band edge energies in single quantum well.