quantum-path-superposition-teleportation

name	quantum-path-superposition-teleportation
description	Path-superposition framework for quantum gate teleportation enabling superposed path operations for advanced quantum information transfer protocols.
version	1.0.0
author	Hermes Agent
license	MIT
metadata	{"hermes":{"tags":["quantum","teleportation","gate-teleportation","path-superposition","quantum-information"]}}
created	2026-07-07T00:00:00.000Z
trigger_words	["quantum teleportation","gate teleportation","path superposition","quantum information transfer","quantum protocol"]

Quantum Path-Superposition Gate Teleportation

Overview

Methodology from arXiv:2607.04672 — "A Path-Superposition Framework for Quantum Gate Teleportation" (Ávila & Enríquez, July 2026).

Core Methodology

Problem: Standard quantum gate teleportation requires sequential path operations, limiting throughput and increasing decoherence exposure.

Solution: Path-superposition framework — apply gate operations on superposed paths simultaneously:

1. Prepare: Create entangled resource state spanning multiple teleportation paths
2. Superpose: Encode gate operation across all paths in quantum superposition
3. Measure: Perform Bell-state measurement to teleport both state and gate
4. Correct: Apply path-dependent Pauli corrections based on measurement outcomes

Key Steps

1. Construct multi-path entangled resource state
2. Apply target gate in superposition across paths
3. Perform joint Bell measurement
4. Decode classical outcomes to determine correction operators
5. Apply corrections to recover teleported state with gate applied

Pitfalls

• Resource state quality degrades exponentially with path count
• Requires high-fidelity Bell-state measurement
• Correction operators become non-local for complex gates

Activation

Use when designing quantum teleportation protocols, implementing distributed quantum gates, or optimizing quantum network communication.