Scheduling competing tenant circuits within microsecond T1/T2 relaxation limits to maximize quantum gate utilization without thermal degradation.
Classical context switching saves CPU registers to RAM. In quantum systems, the No-Cloning Theorem prevents copying arbitrary quantum states. The quantum hypervisor executes circuit slices completely within a single coherence epoch, enforcing atomic transaction boundaries and flushing registers to optical delay lines or ancilla reset states.
Dilution refrigerators provide less than 15 microwatts of cooling power at their 15 millikelvin stage. The hypervisor dynamically throttles microwave pulse density, ensuring multi-qubit drive lines do not induce parasitic heating or XY-crosstalk across neighboring tenant allocations.