memQ Integrates Quantum Memory with Commercial Foundry Processes for Scalable Quantum Networking

“The integration of quantum computing components with commercial foundry processes aims to accelerate the delivery of quantum technologies by enabling reliable production at scale. These initiatives align with efforts to advance new technology and capabilities into products and systems for national defense and economic priorities.”

Chicago-based startup memQ has demonstrated how quantum memory devices can be integrated into commercial silicon photonics foundry processes, marking a significant step toward scalable quantum networking.

This article details how the company’s work combines quantum science, advanced materials and established manufacturing methods to accelerate progress in quantum technology.

The article also shows how AIM Photonics, working with the Air Force Research Laboratory, supported wafer fabrication at NY CREATES’ Albany NanoTech Complex to enable memQ’s integration of quantum components within a commercial foundry process. The project illustrates how collaboration among industry, government and research institutions is advancing next-generation quantum technologies with broad applications in networking and national defense.

Read the full article on Quantum Computing Report:
memQ Achieves Integration of Matter Qubits with Commercial Foundry Processes for Quantum Networking