q1 = qubit(0, 1) # State |0>, 1 qubit initialized
q2 = qubit(1, 1) # State |1>, 1 qubit initialized

# Apply Hadamard gate to qubit q1
h = hadamard(q1)

# Apply Pauli-X gate to qubit q1
x = pauli_x(q1)

# Apply CNOT gate to qubits q1 and q2
_cnot = cnot(q1, q2)

# Measure the CNOT gate
m = measure(_cnot)

# Print the result of the measurement
print(m)
print(q1)
print(q2)