A pool,
not a vault.
The post names two barriers to quantum infrastructure: high capital expenditure and extreme hardware isolation. It then points to a decentralized pool with a heterogeneous mix of architectures. Explore that idea without pretending this is a live network.
What does a mixed pool look like?
Entered node counts and diversity labels expose the actual local sketch rule
Read the explanation
The node slider permits three through twelve and defaults to six. Increasing six to twelve creates six more displayed topology boxes. Common forty five pixels per node bars compare two hundred seventy and five hundred forty pixels. These boxes are a local hypothetical sketch, not connected quantum hardware, membership, capacity, or a processing performance measurement. The diversity slider stores zero through one hundred percent. Common five pixels per entered percentage point bars compare sixty at three hundred pixels and one hundred at five hundred. But the source labels a node B only if its index modulo mix exceeds fifty. With at most twelve nodes, indices zero through eleven never meet that condition; zero mix gives not a number. Every reachable node is therefore A, regardless of the displayed diversity percent. The sketch is not evidence of actual architecture diversity. At entered diversity seventy the source shows its mixed-pool wording, and seventy one shows highly-diverse hypothetical wording. Two equal boxes mark those two adjacent entered states. The topology still contains only A labels. Export carries physical creation time, node count, entered diversity and an educational-model scope. Local storage keeps two input fields; Reset restores six and sixty. No algorithm, network, qubit model, capital expense or deployment is calculated.