Quantum Foundations
Discover the fundamental principles of quantum mechanics that power quantum computers. Learn about superposition, entanglement, and quantum states.
🎯What You'll Learn
- ✓The difference between classical and quantum information
- ✓How qubits represent quantum states
- ✓The principle of superposition
- ✓Quantum measurement and wave function collapse
- ✓Basic quantum gates and operations
💪Skills You'll Gain
🏆Learning Outcomes
📖Interactive Modules (10)
What is Quantum Computing?
Introduction to quantum computing, leveraging quantum mechanics for exponentially powerful computation.
Qubits vs Classical Bits
Understand qubits vs classical bits, superposition, and how quantum computing differs fundamentally.
Superposition Principle
Learn superposition principle, allowing qubits to exist in multiple states simultaneously.
Quantum Entanglement
Explore quantum entanglement, spooky action at a distance linking qubits instantaneously.
Measurement & Collapse
Understand quantum measurement and wave function collapse, observing quantum states.
Bloch Sphere Visualization
Visualize qubit states on the Bloch sphere, a geometric representation of quantum states.
Quantum States
Master quantum state notation, bra-ket notation, and quantum state representation.
Wave Function Basics
Learn wave function basics, probability amplitudes, and the mathematical foundation of quantum mechanics.
Quantum vs Classical Computing
Compare quantum and classical computing advantages, limitations, and application domains.
History of Quantum Computing
Journey through quantum computing history from Feynman's vision to modern quantum processors.