Superconducting MOC

Curated map of Zoo entries in the Superconducting family.

Entries

Entry	Type	Status
tunable-coupler	coupling	demonstrated
binomial-code	encoding	demonstrated
binomial-codes	encoding	demonstrated
circuit-qed	infrastructure	demonstrated
0-pi-qubit	qubit	demonstrated
blochnium	qubit	demonstrated
bosonic-qubit	qubit	demonstrated
cat-codes	qubit	demonstrated
cooper-pair-box-charge-qubit	qubit	demonstrated
cos2phi-qubit	qubit	proposed
dual-rail-superconducting-qubit	qubit	demonstrated
flux-qubit	qubit	demonstrated
fluxonium	qubit	demonstrated
gkp-codes	qubit	demonstrated
gmon	qubit	demonstrated
heavy-fluxonium-qubit	qubit	demonstrated
kerr-cat-qubit	qubit	demonstrated
mergemon	qubit	demonstrated
phase-qubit	qubit	demonstrated
transmon	qubit	demonstrated
xmon	qubit	demonstrated

Composition

• coupling: 1
• encoding: 2
• infrastructure: 1
• qubit: 17

Conceptual anchors

• charge-noise-in-superconducting-qubits and charge-noise-sweet-spot explain the CPB → transmon → protected-superconducting arc.
• josephson-junction-as-nonlinear-element is the common circuit primitive behind nearly every qubit in this family.
• jaynes-cummings-in-circuits, dispersive-readout-mechanism, and resonator-as-quantum-bus are the shared circuit-QED infrastructure layer.
• bosonic-code-hierarchy explains why cat-codes, gkp-codes, and binomial-codes are related but not interchangeable.

Editorial note

This family mixes bare qubits, bosonic encodings, and enabling infrastructure. Keep the generated table exhaustive, but use the evergreen layer to prevent the family page from becoming a flat list.