memQ Delivers 2nd Gen Quantum Control Chips, Advancing Long-Distance Entanglement

memQ, Inc, the extensible quantum network architecture company, announced successful delivery of the company’s 2nd generation Quantum Control System (QCS) photonics integrated circuit chips. These systems are an integral component in creating a quantum network that can extend a native quantum channel between quantum computers in manner that preserves the quantum state. Providing control of […]

memQ Presents xQNA Advancements at OFC 2025

memQ’s team presented our progress towards developing an extensible quantum network architecture (xQNA) at OFC 2025. This included a demo on the OFC demo floor. OFC is the annual international conference and exhibition for optical communications and networking professionals.

Charles Foley is the new Chairman of the memQ’s Board of Directors

memQ, Inc, the extensible quantum network architecture company, today announced the appointment of Charles Foley as Chairman of the company’s Board of Directors.  He brings over 40 years’ experience in the tech sector to the memQ board at companies including IBM, Memorex-Telex, Amdahl, NetApp, and others.  Mr. Foley has served as Chairman, President, and CEO […]

Our CTO, Sean Sullivan has deep roots in the Chicago South Works site

Sean Sullivan’s great grandfathers, grandfather, uncles and aunts worked at the U.S. Steel South Works mill before it closed 30 years ago. Now the co-founder and CTO of quantum tech company memQ, he plans to bring his work to the Illinois Quantum and Microelectronics Park being built on the same site Read on to learn […]

memQ achieved a full 300mm wafer

We started memQ with a singular vision: Bringing silicon-like scalability to qubits. It’s with immense pride that we are sharing a key milestone that memQ achieved recently – a full 300mm wafer with our designs for single photon emitters and quantum memory.

memQ awarded a QED-C/NIST

We’re thrilled to announce that we’ve been awarded a QED-C/NIST award for developing PIC technologies for the quantum ecosystem. This will cover the development of control systems for switching and routing capabilities that is compatible with cryogenic operations.