- Simulation of arbitrary quantum algorithms
- Optional simulation of decoherence
- Optimized for maximally entangled states
- Accelerated with GPUs, FPGAs and other OpenCL devices
- Example implementations of Grover, Deutsch-Jozsa, Bernstein-Vazirani and Shors algorithm
- Implements Hadamard, Pauli and phase gates, with support for arbitrary gates
- Support for arbitrary controlled gates
extern crate qcgpu;
use qcgpu::State;
fn main() {
// Create a 2 qubit register on the OpenCL Device #1
let mut state = State::new(2, 1);
// Apply a Hadamard Gate to the 1st qubit
state.h(0); // Zero Indexed
// Apply a CNOT gate, with the control as the 1st qubit, and target as the 2nd
state.cx(0, 1);
// Measure 1000 times and print the results
println!("Measured: {:?}", state.measure_many(1000));
}