Quickstart

This example creates a qubit in superposition using the Hadamard gate, then measures the qubit to collapse it back to a classical state. The results of the measurement are printed to the console.

from qleap import Circuit, Qubit, Hadamard, Measurement

# Create a qubit
q = Qubit()

# Apply the Hadamard gate to put the qubit in superposition
Hadamard(q)

# Measure the qubit
Measurement(q)

# Run the quantum program
Circuit.run()

# Print the measurement result
print(f'Measurement result: {Circuit.get_results()}')

For a more detailed explanation of superposition and the Hadamard gate, see the Basic Superposition tutorial.