Quantum Learning Paths
Follow our structured roadmaps to master quantum mechanics, algorithms, and practical quantum programming.
Quantum Computing Foundations
Start from scratch and learn the core physical concepts behind quantum computation, from simple wave-particle duality to quantum gates.
01.Introduction to Qubits
Understand how qubits differ from classical bits and why superposition is powerful.
02.Superposition & Entanglement
Deep dive into Einstein's 'spooky action at a distance' and wave-function math.
03.Quantum Gates and Operations
Learn single-qubit rotations (H, X, Y, Z) and the CNOT gate.
Hands-on Quantum Programming
Step into the software layer. Learn Python, Qiskit, and run simulations of quantum algorithms on real quantum hardware platforms.
01.Setting up your Qiskit environment
Install Qiskit, configure IBM Quantum API keys, and run a local noiseless simulator.
02.Building your first Quantum Circuit
Construct a Bell state circuit using H and CNOT gates and run a simulation.
03.Unstructured Search with Grover's Algorithm
Implement the Grover diffusion operator and oracle to search databases with quadratic speedup.