Quantum Teleportation Protocol Skill

High-efficiency, zero-dependency Python implementation of the 3-Qubit Quantum Teleportation Protocol.

Features

• Bell-State Shared Entanglement: Distributes shared EPR pair ((|\Phi^+
  angle)) between Alice and Bob.
• Bell Measurement & Feedforward: Encodes quantum information into 2 classical bits followed by Pauli (X^a Z^b) correction.
• Zero External Dependencies: Pure Python standard library (math).
• Native MCP Protocol: JSON-RPC 2.0 stdio server compatible with Claude Desktop, Cursor, and Windsurf.

Architecture

sequenceDiagram
    participant Alice
    participant EPRSource as Bell Pair Source
    participant Bob

    EPRSource->>Alice: Qubit 1 (|Phi+>)
    EPRSource->>Bob: Qubit 2 (|Phi+>)
    Note over Alice: Alice holds target Qubit 0 (psi)
    Alice->>Alice: Bell Basis Measurement on (0, 1)
    Alice->>Bob: 2 Classical Bits (m0, m1)
    Note over Bob: Apply Pauli Correction X^(m1) Z^(m0)
    Note over Bob: Reconstructed State (psi) with Fidelity 1.0