Seoul, South Korea — April 3, 2026 — Quandela and Seoul National University’s Inter-University Semiconductor Research Center (ISRC) have signed a Memorandum of Understanding (MOU) to advance semiconductor-process-based quantum computing through an integrated end-to-end pipeline covering design, fabrication, and testing. The collaboration directly connects photonic quantum technologies with Korea’s semiconductor manufacturing infrastructure to accelerate the production of deployable quantum hardware and strengthen applied talent development.
Seoul National University’s Inter-University Semiconductor Research Center (ISRC) and Quandela have signed a Memorandum of Understanding (MOU) to jointly develop semiconductor-process-compatible photonic quantum computing systems and advance industrial-scale quantum hardware engineering.
Through this agreement with Quandela, SNU plans to further strengthen collaboration on a structured end-to-end pipeline within its semiconductor facilities, covering device design, semiconductor fabrication, and system-level validation. By integrating advanced semiconductor infrastructure with photonic quantum technologies, the collaboration is focused on accelerating the transition from laboratory-scale components to deployable quantum systems.
Engineering Scope of Work
The partnership focuses on engineering-driven execution across three core areas:
- Co-development of quantum devices and systems using semiconductor fabrication processes
- Integration of photonic quantum technologies into standard semiconductor manufacturing workflows
- Joint training programs, internships, and applied research initiatives to develop quantum engineering talent
- Access to fabrication and testing environments to support iterative hardware development and validation
From Lab Systems to Deployable Hardware
This collaboration is designed to operationalize photonic quantum computing within existing semiconductor infrastructure. It enables reproducible hardware development workflows, strengthens system integration capabilities, and accelerates the path from component-level research to deployable quantum systems.
By aligning photonic quantum architectures with semiconductor manufacturing processes, the partnership establishes a practical framework for scaling quantum hardware production.
The SNU ISRC–Quandela agreement establishes a concrete engineering pathway for semiconductor-based quantum hardware development. By directly linking photonic quantum computing with advanced fabrication capabilities, the collaboration shifts quantum development from experimental research toward deployable system engineering and industrial readiness.
About SNU:
Seoul National University (SNU) is one of Asia’s leading research universities, recognized globally for excellence in science, engineering, and technology innovation. Through its Inter-University Semiconductor Research Center (ISRC), SNU operates advanced semiconductor fabrication and research facilities that support collaborative industry–academic development. The university plays a central role in advancing South Korea’s semiconductor ecosystem while fostering the next generation of researchers and engineers in emerging fields, including quantum technologies.
About Quandela
Quandela develops and deploys photonic quantum computers designed for real-world environments, with room-temperature operation, data-center compatibility, and a full software stack for programming and running workloads via cloud and on-prem access. Beyond hardware, Quandela works with corporations, research teams, and public institutions to identify, prototype, and integrate quantum use cases through training, technical support, and joint pilot projects. Founded in Europe, Quandela pursues a progressive path from usable systems to fault-tolerant quantum computing.
