Maxima 5.47.0 Manual: Package quantum_computing

Next: Functions and Variables for Quantum_Computing, Previous: quantum_computing-pkg, Up: quantum_computing-pkg [Contents][Index]

### 83.1 Package quantum_computing

The `quantum_computing` package provides several functions to simulate quantum computing circuits. The state of a system of n qubits is represented by a list of 2^n complex numbers and an operator acting on m qubits is represented by a 2^m by 2^m matrix. A hash array qmatrix is defined with 6 common one-qubit matrices: the identity, the Pauli matrices, the Hadamard matrix and the phase matrix.

The major disadvantage compared to a real quantum computer is very slow computing times even with a few qubits. An advantage is that, unlike a quantum computer, in this simulator a quantum state can be cloned using `copylist`.

This is an additional package that must be loaded with `load("quantum_computing")` in order to use it.

Categories:Share packages ·Package quantum_computing ·

Next: Functions and Variables for Quantum_Computing, Previous: quantum_computing-pkg, Up: quantum_computing-pkg [Contents][Index]