How to use

1. Define Quantum Circuit qc = QuantumCircuit(number_of_qubits)


2. Apply Quantum Gates to the Circuit
   • Pauli-X Gate : qc.x(Index_of_Qubit)
   • Hadamard Gate : qc.h(Index_of_Qubit)
   • Pauli-Z : qc.z(Index_of_Qubit)
   • Rotation Gate : qc.r(Angle_in_radians,Index_of_Qubit)
   • Controll-X Gate : qc.cx(Controll_Index,Target_Index)
   • Controll-Z Gate : qc.cz(Controll_Index,Target_Index)
   • Controll-R Gate : qc.cr(Controll_Index,Target_Index)
   • Controll-Controll-X Gate : qc.ccx(Controll_Index1,Controll_Index2,Target_Index)


3. Simulate the Quanutm Circuit
• To measure Qubits : qc.execute()
• Prints a single unitary matrix : qc.unitary()
• Prints the current quantum state of the circuit : qc.state
• Prints the probability of the states : qc.prob()