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Explore all courses and tutorials available across IBM Quantum Learning.

To track your progress and access all of your available resources,
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Category

Beginner Focus on theoretical concepts and basic quantum algorithms implementationIntermediate Hardware demonstrations and implementation nuancesAdvanced Focus on utility, performance, and advance quantum techniques

Topics

Eigenstates Optimization Foundations Dynamic circuits Transpilation Scheduling Functions Addons Mitigation/Suppression Chemistry

Featured

Explore utility-grade examples that leverage IBM Quantum and Qiskit technologies.

Intermediate
Improved Trotterized Time Evolution with Approximate Quantum Compilation
Intermediate
Improving energy estimation of a Fermionic Hamiltonian with SQD
Beginner
Solve higher-order binary optimization problems with Q-CTRL's Optimization Solver
Beginner
Compute dissociation curves for strong coupling systems with QunaSys QURI Chemistry
Intermediate
Improving estimation of expectation values with Operator Backpropagation

All tutorials

Learn how to apply IBM Quantum technology to your workflow and explore utility-scale examples.

Beginner
Variational quantum eigensolver
Beginner
Solve utility-scale quantum optimization problems
Beginner
CHSH Inequality
Beginner
Grover's algorithm
Beginner
Explore gates and circuits with IBM Quantum Composer
Intermediate
Repeat until success
Intermediate
Build repetition codes
Intermediate
Compare transpiler settings
Beginner
Building workflows with the IBM Circuit function
Intermediate
Real-time benchmarking for qubit selection
Advanced
Combine error mitigation options with the estimator primitive