Real-time telemetry pipelines tracking millikelvin temperature drifts, cosmic ray phonon bursts, and magnetic flux vortex hops in superconducting quantum processors.
High-energy cosmic muons ionizing the silicon substrate release non-equilibrium phonon bursts that propagate across the chip, temporarily collapsing T1 lifetimes across dozens of qubits simultaneously. The reliability engine detects correlated error bursts within 50 microseconds and pauses logical pipelines until phonons evacuate.
Trapped magnetic flux vortices induce slow frequency drift in frequency-tunable transmons. Real-time Ramsey fringe monitors continuously calculate detuning offsets, dynamically injecting counter-biasing currents into on-chip flux lines to stabilize qubit operational points to within 10 kHz of target values.