Aevum Zenth's Quantum Division engineers fault-tolerant processors, distributed quantum networks, and hybrid classical-quantum systems for enterprise-scale computational breakthroughs.
Modular, scalable quantum computing infrastructure designed for real-world workloads and scientific discovery.
High-coherence transmon qubits with 3D integrated microwave control. Optimized for optimization and simulation workloads.
Trapped-ion platform featuring optical tweezers and photonic interconnects. Exceptional coherence for precision simulation.
Distributed quantum computing via entanglement swapping and quantum repeaters. Enables cross-datacenter quantum workloads.
ZenthOS orchestrates quantum circuit compilation, error mitigation, and classical-quantum data exchange in real-time.
Verified metrics from independent validation and internal characterization labs.
| Metric | Core-128 (Superconducting) | Zenth Ion-Array (Trapped Ion) | Quantum Network Mesh |
|---|---|---|---|
| Physical Qubits | 128 | 64 (Logical: 32) | 384 (Distributed) |
| Coherence Time (T1) | 180 µs | 12.0 s | Network Latency: 2.4 ms |
| Gate Fidelity | 99.42% | 99.87% | 92.1% (Entanglement) |
| Error Correction | Surface Code (d=5) | Color Code (d=7) | Entanglement Purification |
| Operating Environment | 15 mK Dilution Refrigerator | Ultra-High Vacuum (10⁻¹¹ mbar) | Standard Datacenter + Fiber |
| Compilation Stack | ZenthOS v4.2 | ZenthOS v4.2 | ZenthOS Network Suite |
Deploying quantum advantage across high-value industry verticals.
Accelerating molecular simulation and protein folding predictions for next-generation therapeutics.
Post-quantum cryptographic development and quantum key distribution infrastructure.
Monte Carlo simulation optimization and real-time risk assessment for complex derivatives.
Solving NP-hard routing and scheduling problems across global supply chain networks.
Designing high-efficiency batteries, catalysts, and novel polymers at the quantum level.
Hybrid quantum-classical neural networks for pattern recognition and data compression.
Peer-reviewed research and whitepapers from Aevum Zenth Quantum Labs.
Dr. Elena Rostova, Dr. Kenji Tanaka · Nature Quantum Information · 2025
Quantum Network Engineering Team · Physical Review Letters · 2025
ZenthOS Software Division · ACM Transactions on Quantum Computing · 2024
Enterprise Applications Group · IEEE Transactions on Quantum Engineering · 2024
Whether you're an academic researcher, enterprise engineer, or strategic partner, our quantum infrastructure is available for collaborative development and commercial deployment.