Master quantum computing from fundamentals to advanced applications. Learn from world-class experts, practice on real quantum hardware, and earn industry-recognized certifications. Your journey to quantum expertise starts here.
Start your quantum journey with zero prerequisites. Learn quantum mechanics basics, linear algebra, and fundamental quantum computing concepts.
Build on quantum fundamentals. Implement variational algorithms, quantum machine learning, and run code on real quantum hardware.
Master cutting-edge quantum algorithms. Design error correction codes, optimize circuits for NISQ devices, and contribute to quantum research.
Learn the core principles of quantum computing. Understand superposition, entanglement, and quantum measurement. Build your first quantum circuits.
EnrollImplement Grover's search, Shor's algorithm, QAOA, and VQE. Learn when to use quantum advantage and how to design hybrid algorithms.
EnrollExplore quantum neural networks, variational classifiers, and quantum kernel methods. Apply QML to real-world datasets.
EnrollMaster surface codes, topological codes, and fault-tolerant gate constructions. Design error correction schemes for NISQ devices.
EnrollLearn quantum programming using Python. Work with Qiskit-style APIs, build circuits, and execute on simulators and real hardware.
EnrollApply quantum computing to molecular simulation, drug discovery, and materials science. Master VQE for ground state calculations.
Enroll[VIDEO: Lab interface demo - circuit builder, code editor, real-time execution on QPU]
Execute circuits on actual quantum processors. Experience real quantum noise and learn error mitigation techniques.
Drag-and-drop interface for building quantum circuits. See state vectors and probability distributions in real-time.
Write quantum code in Python, Jupyter notebooks, or OpenQASM. Auto-complete and inline documentation included.
Automated grading and hints guide your learning. Compare your results with optimal solutions.
Visualize quantum state evolution gate-by-gate. Identify errors before running on hardware.
Monitor your learning journey. Earn badges for completing challenges and milestones.
Demonstrate proficiency in quantum programming, circuit design, and algorithm implementation. Recognized by leading tech companies.
Learn MoreMaster variational algorithms, optimization techniques, and hybrid quantum-classical computing. Industry-validated expertise.
Learn MoreDesign enterprise quantum solutions, error correction schemes, and scalable quantum systems. Elite-level certification.
Learn MorePhD in Quantum Information from MIT. 15+ years developing quantum algorithms. Published 50+ papers in leading journals.
Former Stanford professor. Expert in quantum machine learning. Taught 10,000+ students globally.
Built quantum systems at leading tech companies. Specializes in error correction and hardware optimization.
PhD in Physical Chemistry. Applies quantum computing to drug discovery and materials science.
Join 100,000+ students learning quantum computing. First course is free. Gain skills that will define the next technological revolution.