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Teleportation Protocol Explanation
Explain teleportation gate by gate, including correction conventions, consumed resources, and causality.
Evaluation: rubric-based self-assessment and automatic workflow validation. No human review is provided.
Brief
Create a correction table and a rigorous narrative that transfers an arbitrary qubit without claiming cloning or faster-than-light communication.
Prerequisites
- Chapters 5-6
- Bell states
- Conditional Pauli corrections
Outcomes
- Trace teleportation without learning amplitudes
- Build a convention-consistent correction table
- Account for communication and consumed resources
Deliverables
- Declared wire and bit convention
- Bell-measurement circuit
- Four-row correction table
- Worked input example
- Causality and no-cloning audit
Milestones
- 1. Declare qubit and bit-order conventions
- 2. Trace the three-qubit state
- 3. Build the correction table
- 4. Audit resources and causality
Hints
- Label measurement bits before writing corrections.
- Check each branch with a symbolic alpha and beta.
- The protocol is incomplete until the classical bits arrive.
Rubric
- Correct Bell-measurement sequence
- Correction table matches the stated convention
- Two classical bits and Bell-pair consumption are explicit
- No cloning or signaling overclaim
Self-assessment prompts
- Does every measurement outcome recover the input?
- Is the original consumed?
- Are one Bell pair and two classical bits counted?
Review guide / model structure
- 1. Conventions
- 2. State identity
- 3. Correction table
- 4. Worked branch
- 5. Resource and causality audit
Project workspace
Evaluation is rubric-based self-assessment. No human review is claimed.
Submission history
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