Quantum-Enhanced Operating System Research
Exploring quantum computing integration in operating systems architecture with EggiaOS. This research initiative bridges classical and post-quantum computing paradigms.
Project Overview
Objective
Develop foundational OS-level support for quantum processing units (QPUs) and explore post-quantum cryptographic integration in real-time systems.
Status
Active research phase with prototype quantum scheduler and Q# integration modules available in our experimental branch.
Technical Implementation
Quantum Task Scheduler
Our hybrid scheduler dynamically allocates classical and quantum workloads. Uses quantum resource prediction models for optimal thread distribution.
Post-Quantum Cryptography
Research into lattice-based encryption and quantum-resistant algorithms. Experimental support for CRYSTALS and Dilithium signature verification.
Research Roadmap
2025
Establish quantum resource monitoring tools and basic QPU abstraction layer
2026
Prototype integration with quantum simulation frameworks like Qiskit and Cirq
2027
Production-grade quantum task scheduling with real-time QPU resource balancing
Join the Exploration
Academic institutions, research labs, and quantum computing pioneers can collaborate with EggiaOS to push the boundaries of operating system research.
🔬 Initiate Research Partnership