Core project
Single-Qubit Field Notes
Create a compact reference that explains the first three chapters with equations, examples, and misconception checks.
Rubric-based self-assessment
Open projectPortfolio work
Longer assignments with milestones and rubrics, designed to prove understanding beyond short quizzes.
Core project
Create a compact reference that explains the first three chapters with equations, examples, and misconception checks.
Rubric-based self-assessment
Open projectCore project
Derive, diagram, and interpret Bell-state preparation as both algebra and circuit.
Rubric-based self-assessment
Open projectCore project
Explain teleportation gate by gate, including correction conventions, consumed resources, and causality.
Rubric-based self-assessment
Open projectCore project
Compare an ideal Bell circuit with explicit bit-flip, phase-flip, and readout-noise assumptions.
Rubric-based self-assessment
Open projectCore project
Design, analyze, and responsibly evaluate a small protocol or oracle algorithm from specification to noisy limitations.
Rubric-based self-assessment
Open projectExtension project
Build a tiny Grover search case and explain the amplitude amplification mechanism step by step.
Rubric-based self-assessment
Open projectExtension project
Document a small variational experiment with objective, ansatz, simulator output, and limitations.
Rubric-based self-assessment
Open projectExtension project
Evaluate a public quantum-computing claim against assumptions, resources, evidence, and missing caveats.
Rubric-based self-assessment
Open project