IBM Quantum
Cloud platform providing direct access to IBM's utility-scale superconducting quantum processors (Eagle, Heron, Condor) and Quantum System Two.
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What is this technology for?
Its role in production environments and why it is taught in our curriculums.
IBM Quantum provides cloud-based access to state-of-the-art superconducting quantum hardware. Learners experiment on real quantum processors, analyze physical device calibration data, apply error mitigation techniques, and evaluate quantum execution at utility scale.
What you will learn
The hands-on skills you will gain on this technology in our curriculums.
- Access and run quantum algorithms on IBM Quantum utility-scale QPUs
- Analyze device calibration matrices, T1/T2 coherence times and gate error rates
- Implement zero-noise extrapolation (ZNE) and readout error mitigation
- Deploy hybrid quantum-classical workflows combining HPC and quantum accelerators
Latest News & Ecosystem Updates
Recent innovations, major releases, and key industry milestones in the ecosystem.
Heron r2 Processor Deployment & Modular Quantum System Two Architecture
Record two-qubit gate fidelity benchmarks and expansion of fault-tolerant quantum computing architectures.
Featured in the curriculum
Find this technology in the following modules of our Red Hat certified curriculums.
AS800 — Quantum Computing Engineer
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Quantum Hardware Execution & Error Mitigation
QC201 · Module 3 — AS800
