Learn QISKIT with Real Code Examples

Learn basic Python programming

Understand quantum computing principles

Practice building quantum circuits with Qiskit Terra

Simulate algorithms with Qiskit Aer

Run experiments on IBM Quantum devices and analyze results

Week 1: Install Qiskit and simulate basic circuits

Week 2: Implement standard algorithms (Grover, Deutsch-Jozsa)

Week 3: Explore Qiskit libraries (Nature, Optimization)

Week 4: Execute experiments on real IBM devices

Week 5: Analyze results, optimize circuits, and integrate classical post-processing

What is Qiskit and what are its main components?

Explain the difference between simulator and real quantum backend

How do you define and execute a quantum circuit in Qiskit?

Describe the use of Qiskit Nature for chemistry problems

Compare Qiskit with other quantum computing frameworks

QuantumCircuit(n, m) = create n qubits and m classical bits

qc.h(qubit) = apply Hadamard gate

qc.cx(control, target) = apply CNOT gate

qc.measure(qubit, bit) = measure qubit to classical bit

execute(qc, backend) = run circuit on specified backend

Learn Quantum Computing with Python and Qiskit

Programming Quantum Computers: Python, Qiskit, and IBM Q

Quantum Computing for Everyone

Practical Quantum Computing with Qiskit

Qiskit Textbook (Open-source)

Qiskit Textbook tutorials

Quantum circuits and algorithm examples

Qiskit Nature chemistry simulations

Optimization problem solving with Qiskit

Machine learning with Qiskit Machine Learning

https://qiskit.org/documentation/

https://github.com/Qiskit/qiskit

Qiskit GitHub repository

Qiskit Slack and Discord channels

IBM Quantum Community

Quantum StackExchange

Qiskit YouTube and webinar resources

Qiskit GitHub repository

Qiskit Slack and Discord channels

IBM Quantum Community

Quantum StackExchange

Academic Qiskit workshops and tutorials