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Ideal vs Noisy Circuit Study
Compare an ideal Bell circuit with explicit bit-flip, phase-flip, and readout-noise assumptions.
Evaluation: rubric-based self-assessment and automatic workflow validation. No human review is provided.
Brief
Predict ideal output, define one toy channel at a time, compare distributions, and state what the model cannot establish about hardware.
Prerequisites
- Chapters 5 and 8
- Bell-state probabilities
- Introductory channel notation
Outcomes
- Define comparable ideal and noisy models
- Diagnose channel-specific output patterns
- Limit conclusions to the simulated assumptions
Deliverables
- Ideal reference table
- Channel equations and parameter convention
- At least three comparison cases
- Difference metrics
- Hardware limitation statement
Milestones
- 1. Ideal state and probability table
- 2. Noise-channel definitions
- 3. Distribution comparison
- 4. Limitations and next experiment
Hints
- Introduce one channel at a time before combining errors.
- Keep finite-shot variation separate from channel error.
- A toy channel is not a device benchmark.
Rubric
- Ideal and noisy models are separated
- Channel parameter conventions are stated
- Observed effects match the model
- Hardware claims remain appropriately limited
Self-assessment prompts
- Can each observed change be traced to a declared assumption?
- Are parameter conventions explicit?
- Would the conclusion survive a stronger classical baseline?
Review guide / model structure
- 1. Reference model
- 2. Noise assumptions
- 3. Comparison evidence
- 4. Diagnosis
- 5. Limits and next experiment
Project workspace
Evaluation is rubric-based self-assessment. No human review is claimed.
Submission history
No final submissions yet.