All projects
Quantum Protocol Capstone
Design, analyze, and responsibly evaluate a small protocol or oracle algorithm from specification to noisy limitations.
Evaluation: rubric-based self-assessment and automatic workflow validation. No human review is provided.
Brief
Choose teleportation, dense coding, a promise algorithm, or a small search routine; define the task, derive the state evolution, specify evaluation evidence, and audit resources.
Prerequisites
- Chapters 1-8
- One completed advanced project
- Final cumulative assessment recommended
Outcomes
- Write a testable quantum specification
- Connect circuit, algebra, and evidence
- Audit resources, noise, and claims
Deliverables
- One-page specification
- Circuit and state derivation
- Validation plan and evidence
- Noise/resource budget
- Responsible final report and reproducibility appendix
Milestones
- 1. Problem and success criterion
- 2. Circuit and mathematical derivation
- 3. Ideal validation evidence
- 4. Noise and resource audit
- 5. Responsible final report
Hints
- Choose a small claim you can actually test.
- Define success before producing evidence.
- Separate ideal proof, simulated evidence, and hardware expectations.
Rubric
- Specification is testable
- State evolution is mathematically correct
- Evidence supports the conclusion
- Resources and limitations are complete
- Report distinguishes simulation from hardware
Self-assessment prompts
- Is the central claim falsifiable?
- Does every conclusion point to evidence?
- Are resource and uncertainty statements complete?
- Could another learner reproduce the work?
Review guide / model structure
- 1. Specification
- 2. Formal model
- 3. Implementation or simulation
- 4. Evidence
- 5. Resource audit
- 6. Limitations
- 7. Reproducibility
Project workspace
Evaluation is rubric-based self-assessment. No human review is claimed.
Submission history
No final submissions yet.