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IonQ has demonstrated a fourfold increase in entanglement rates between trapped ions and silicon vacancy memory, surpassing 1,000 connections per second. This breakthrough validates the viability of hybrid architectures that combine ion coherence with solid-state efficiency, directly addressing critical bottlenecks for scaling networked quantum data centers. The technology's broad compatibility suggests it could serve as a universal transducer for diverse qubit modalities, accelerating the transition from modular to distributed quantum computing systems.
Entanglement rate quadruples IonQ’s previous record for ions
IonQ achieved over 1,000 quantum connections per second, a rate more than four times the previous trapped ion record.
IonQ reports achieving entanglement rates exceeding 1,000 per second between a trapped ion qubit and a silicon vacancy quantum memory, establishing a new record for ion-based systems. This photonic interconnect couples the coherence of trapped ions with the light-coupling efficiency of solid-state memory, a combination the company claims is faster than…
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