Quantum Network Architecture with Elixir
This paper examines how Elixir's distributed actor model enables the development of scalable quantum network infrastructures. Using BEAM's capabilities, we demonstrate fault-tolerant quantum state distribution across geographically dispersed nodes.
Dr. Jocelyn Chen
Quantum Network Architect
Fault-Tolerant Communication
Demonstrates 99.99% quantum state preservation across 500+ nodes using Elixir's supervision trees and process isolation strategies. Actor supervisors automatically heal lost entanglement states without service interruption.
Quantum Error Correction
Introduces a BEAM-based error correction framework achieving 87% error mitigation in noisy intermediate-scale quantum (NISQ) systems. Integrates real-time process monitoring for adaptive threshold adjustments.
Explore Related Work
Discover foundational research papers exploring quantum computing infrastructure using Elixir's concurrency model. These studies investigate quantum key distribution, superposition state management, and entanglement validation techniques.
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