Qubit ZooCurated map of Zoo entries in the Spin-Photon family.
Entries
| Entry | Type | Status |
|---|---|---|
| siv-color-center-qubit | qubit | demonstrated |
| t-center-qubit | qubit | demonstrated |
Composition
- qubit: 2
Conceptual anchors
- divincenzo-criteria criteria 6 and 7 are the main organizing lens for this family: these entries are built around stationary-to-flying qubit conversion and faithful transmission between modules, not just local gate performance.
- coherence-time-hierarchy captures the central tradeoff inside the family, because better optical interfaces come with different temperature and memory-coherence costs across SiV/SnV and T-center platforms.
Family structure
siv-color-center-qubitis the diamond branch optimized for spectrally stable photons and remote entanglement, even at harsher cryogenic temperatures.t-center-qubitis the silicon-native telecom branch, pushing modular networking and foundry compatibility rather than best-in-class local gate maturity.- color-center-moc should stay the room-temperature defect-spin anchor, while this MOC covers the more explicitly networking-first descendants.