Exploring the architecture of distributed quantum networks — where entanglement meets mesh topology to redefine secure, high-fidelity communication at scale.
Q-NETResearch Division
2026Est. Year
∞Entanglement Nodes
// Research Focus Areas
01 // TOPOLOGY
Quantum Mesh Architecture
Investigating multi-node quantum entanglement structures capable of sustaining coherence across distributed mesh configurations in real-world environments.
02 // PROTOCOL
Entanglement Routing
Developing novel routing protocols that leverage quantum state fidelity as a primary routing metric — beyond classical latency and bandwidth constraints.
03 // SECURITY
QKD at Mesh Scale
Extending Quantum Key Distribution beyond point-to-point links into full mesh topologies, enabling provably secure communication across any two nodes.
$ qnet --status
▸ Node coherence: STABLE
▸ Entanglement fidelity: 99.7%
▸ Mesh nodes active: 12 / 12
// Research infrastructure nominal. Next publication cycle: Q3 2026.