Cluster-State Walkthrough

This page is a high-level how-to walkthrough for a more complete, multi-component QuantumSavory simulation.

The example distributes a four-qubit cluster state across four network nodes arranged in a square. Each node has a communication qubit, used to establish pairwise entanglement with neighbors, and a storage qubit, where that entanglement is moved and fused into the final multipartite resource state.

The point of this walkthrough is to show how a full-stack simulation is structured:

• independent link-level entanglers can run in parallel when they do not compete for the same communication qubits
• once Bell pairs exist, circuits move or fuse those resources into the storage layer
• protocol logic, waiting, and concurrency live in the discrete-event layer rather than being hand-managed in user code
• the state preparation and fusion steps can still be written symbolically, so the backend choice stays separate from the protocol logic

This is not a single-focus tutorial. It is closer to a how-to sketch of how one assembles registers, protocols, symbolic states, and concurrency into a larger simulation workflow.

Where To Go Next

• Read Architecture and Mental Model for the abstractions behind this workflow.
• Read Metadata and Protocol Composition for how protocols coordinate without tight coupling.
• Read How-To Guides for larger runnable end-to-end examples.