IonQ demonstrates world-first quantum memory interconnect

What happened

IonQ has demonstrated a photonic quantum interconnect capable of generating more than 1,000 entanglement events per second between a trapped ion qubit and a solid-state quantum memory. The development is […] The post IonQ demonstrates world-first quantum memory interconnect appeared first on eeNews Europe .

The company claims the breakthrough sets a new record for quantum interconnect speeds and could help overcome a major bottleneck in scaling distributed quantum computers. The development is significant for quantum hardware developers working on modular computing architectures, where connecting separate quantum processors efficiently is essential.

It also opens up opportunities for hybrid quantum systems that combine different qubit technologies. Quantum interconnect delivers record entanglement rates The demonstration combines a trapped ion qubit with a silicon vacancy (SiV) quantum memory using a photonic interconnect.