Quantum-computing developer IonQ announced entanglement exceeding 1,000 events per second between a trapped-ion qubit and solid-state memory through photonic interconnects.

IonQ announced an entanglement rate of more than 1,000 events per second, described in the announcement using the 1 kHz reference point. The reported interaction was between a trapped-ion qubit and solid-state memory, connected through a photonic interconnect.

The announcement describes entanglement as the quantum connection that allows separate systems to work together and as an essential ingredient for networking quantum computers. Its reported result concerns that interconnection function, rather than a conventional CPU, GPU, or storage benchmark.

The supplied excerpt does not state entanglement fidelity, link distance, memory lifetime, or the number of linked computing systems. It also does not report an application-level speedup or commercial deployment, so the result remains a company-announced entanglement-rate milestone within the stated experimental scope.