Are We Entangled Yet?
Description: Interactive quantum network simulations powered by QuantumSavory.jl

## Live simulations

### Cluster State Generation

Simulate the generation of GHZ and 3×2 cluster states in tin-vacancy color-center modules. Explore how photon-mediated entanglement links atomic memories into a graph-state resource for quantum computation, with configurable Barrett-Kok success probabilities.

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### Congestion on a Repeater Chain

Study how entanglement generation and swapping compete for memory resources along a linear chain of quantum repeaters. Adjust chain length, memory capacity, Bell pair generation rates, and fidelity parameters to observe congestion dynamics in real time.

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### Entanglement Swapping Switch

A star-topology quantum switch manages entanglement requests between multiple clients. Configure per-pair request rates and watch the scheduler balance memory slots and backlog queues — implementing algorithms from Promponas et al. (2024).

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### State Explorer

An interactive Makie-based tool for visualizing and studying two-qubit quantum states. Works with the predefined states in `QuantumSavory.StatesZoo` or any compatible state from QuantumSymbolics or QuantumOptics.jl.

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