course
Quantum Computation (Caltech PHYS 219)
Prof. John Preskill, Caltech
quantum error correction
20 courses · 6 tutorials
Courses
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-
course
Understanding Quantum Information and Computation (IBM Learning)
John Watrous
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course
Part III Quantum Information (University of Cambridge)
DAMTP, University of Cambridge
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certification
Quantum 101: Quantum Computing & Quantum Internet
Delft University of Technology (QuTech)
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certification
Quantum Computing Professional Certificate (MIT)
MIT xPRO
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course
Hands-On Quantum Error Correction with Google Quantum AI
Austin Fowler
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course
Quantum Information Science II (MIT Open Learning Library)
Prof. Isaac Chuang and Prof. Peter Shor, MIT
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course
Perimeter Institute Quantum Information Lectures (PIRSA)
Perimeter Institute Faculty and Visitors
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course
Quantum Information Review (Perimeter Institute / PIRSA)
Dr. Daniel Gottesman, Perimeter Institute
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course
Learn Quantum Computing with Qiskit Textbook
IBM Quantum / Qiskit Team
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course
Quantum Information (University of Waterloo IQC)
IQC Faculty, University of Waterloo
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course
Architecture, Algorithms, and Protocols of a Quantum Computer and Quantum Internet
Delft University of Technology (QuTech)
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certification
Quantum 301: Quantum Computing with Semiconductor Technology
Delft University of Technology (QuTech)
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course
Quantum Error Correction and Algorithms
Delft University of Technology (QuTech)
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course
Quantum Katas: Self-Paced Quantum Programming Exercises (Microsoft)
Microsoft Quantum
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course
MIT 2024 Quantum Computing Lecture Series (YouTube)
MIT Physics Department
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course
Quantum Information and Computing (University of Chicago)
Chicago Quantum Exchange Faculty
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course
Development and Applications of Germanium Quantum Technologies
Delft University of Technology (QuTech)
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course
Introduction to Quantum Error Correction (IBM Learning)
IBM Quantum
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course
Group Theory
Brilliant.org
Free Tutorials
- →
- intermediate
- 25 min read
Quantum Decoherence Explained: Why Qubits Lose Their Quantum Nature
What decoherence is physically, how T1 and T2 times characterise it, and why it is the central engineering problem of quantum computing. Includes Qiskit simulation of decoherence effects.
- →
- intermediate
- 22 min read
Introduction to Quantum Error Correction: The Bit-Flip Code
Learn how quantum error correction works by implementing the 3-qubit bit-flip code in Qiskit - encode a logical qubit, introduce an error, detect it with syndrome measurement, and correct it.
- →
- intermediate
- 25 min
Introduction to Quantum Error Models
A practical introduction to the main quantum error models: bit flip, phase flip, depolarizing, and amplitude damping. Understand how these map onto real hardware noise and how error correction addresses each.
- →
- advanced
- 18 min read
The Surface Code: Quantum Error Correction at Scale
How the surface code works: the 2D lattice geometry, X and Z stabilizer measurements, logical operators, and why it's the leading candidate for fault-tolerant quantum computing.
- →
- advanced
- 30 min read
Simulating the Surface Code with Stim and PyMatching
Simulate a distance-3 surface code using Stim and decode syndromes with PyMatching. Measure logical error rates and compute the code threshold from simulation data.
- →
- intermediate
- 16 min read
Quantum Error Correction: Building a 3-Qubit Repetition Code in Qiskit
Implement a 3-qubit bit-flip repetition code from scratch in Qiskit: encoding, error injection, syndrome measurement with ancilla qubits, decoding logic, and fidelity benchmarking across error rates.