Advanced Quantum Computing explores quantum theory applications to the hardware and software of modern quantum information technology, covering circuit theory, decoherence, error correction, and physical implementations.
Recent recorded grades — Spring 2024: 3.04 GPA, 52.2% A/AB (n=23 letter grades); Spring 2025: 3.64 GPA, 80.0% A/AB (n=50 letter grades); Spring 2026: 3.33 GPA, 66.7% A/AB (n=18 letter grades).
Understand how to construct and analyze a quantum circuit. Be able to simulate using Mathematica.
Master the formalism of decoherence of quantum computers. Be able to apply this knowledge for different noise models.
Advance knowledge of error correction beyond simple 5- and 7-qubit codes. Understand connection to classical error correction methods.
Be able to explain and compare all the major technologies in use today for quantum information processing. Grasp the physics behind each, including speed and resistance to decoherence.
Source: UW Guide
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PHYSICS 531 or 731
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Raw average: 4.78/5 from 9 quality ratings. The adjusted rating blends this with the UW review average (3.66/5), weighted as 20 additional ratings. Smaller samples stay closer to that average. Each captured review is counted once in the prior; this does not correct who chooses to leave a review.
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| Section | Mode | Enrolled / capacity | Waitlist |
|---|---|---|---|
| LEC 001 | Classroom Instruction | 0 / 40 | 0 |
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Recent recorded grades — Spring 2024: 3.04 GPA, 52.2% A/AB (n=23 letter grades); Spring 2025: 3.64 GPA, 80.0% A/AB (n=50 letter grades); Spring 2026: 3.33 GPA, 66.7% A/AB (n=18 letter grades).
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Advanced Quantum Computing
Recorded 2026-10-14[
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]Original comments behind the course and instructor summaries.
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Explore recorded gradesRecorded 2026-10-14
Recorded model configuration, reasoning, and tool conversations.
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