Quantum ComputingFundamentals
Course Index
29 Lessons · 3 Sections
Build a complete foundation in quantum computing — from linear algebra and Dirac notation through qubits, entanglement, and quantum gates to real hardware. Covers Bell states, quantum teleportation, NISQ devices & 3 Qiskit builds on IBM hardware.
29Lessons
3Sections
3Projects
FreeAccess
Section 1Quantum Mechanics, Qubits & PhenomenaLessons 1–11
Lesson 1
What is Quantum Computing?
Lesson 2
Classical vs Quantum Computing
Lesson 3
Linear Algebra for Quantum Computing
Lesson 4
Complex Numbers & Probability
Lesson 5
Dirac Notation & Bra-Ket
Lesson 6
Qubits & Quantum States
Lesson 7
Superposition
Lesson 8
The Bloch Sphere
Lesson 9
Entanglement
Lesson 10
Quantum Interference
Lesson 11
Measurement & Wave Function Collapse
Section 2Quantum Gates, Circuits & HardwareLessons 12–22
Lesson 12
Single-Qubit Gates: X, Y, Z, H
Lesson 13
Phase Gates: S, T & Rotations
Lesson 14
Multi-Qubit Gates: CNOT, Toffoli & SWAP
Lesson 15
Quantum Circuits
Lesson 16
Bell States & Quantum Teleportation
Lesson 17
Superdense Coding
Lesson 18
No-Cloning Theorem
Lesson 19
Quantum Noise & Decoherence
Lesson 20
NISQ: Noisy Intermediate-Scale Quantum
Lesson 21
Quantum Complexity: BQP & QMA
Lesson 22
Quantum Hardware: Superconducting Qubits
Section 3Hardware Landscape & ProjectsLessons 23–29
Lesson 23
Trapped Ions & Photonic Qubits
Lesson 24
Quantum Error Correction: Basics
Lesson 25
Quantum Advantage & Supremacy
Lesson 26
QC Platforms: IBM, Google & Microsoft
Lesson 27
Build Your First Quantum Circuit with Qiskit
Lesson 28
Run a Bell State on Real IBM Hardware
Lesson 29
Implement Quantum Teleportation