AIST and IQM partner to advance quantum technology in Japan

The National Institute of Advanced Industrial Science and Technology (AIST) in Japan has partnered with IQM Quantum Computers to improve the industrialisation of quantum technology in Japan.

The two organisations signed a memorandum of understanding (MoU) which will focus on a number of areas including quantum hardware development, algorithm optimisation, and quantum machine learning whilst also improving the performance and scalability of quantum processors.

The collaboration will also draw on AIST's research expertise and IQM's technological capabilities in delivering full stack quantum computers and advancing the practical application of quantum computing across various industries.

AIST said the partnership will lead to new technological developments and market creations in the industrialisation of quantum technology.

“Our partnership with AIST represents a significant step to move forward with quantum technology in Japan with our unique technical expertise,” said Mikko Välimäki, co-chief executive officer of IQM Quantum Computers. “This MoU also enhances our commitment to driving scientific excellence and nurturing talent, and our development roadmap and commercial initiatives are aligned with Japan’s ten year quantum plan, and together with AIST, we are committed to supporting the country in achieving the plan.”



Share Story:

Recent Stories


Bringing Teams to the table – Adding value by integrating Microsoft Teams with business applications
A decade ago, the idea of digital collaboration started and ended with sending documents over email. Some organisations would have portals for sharing content or simplistic IM apps, but the ways that we communicated online were still largely primitive.

Automating CX: How are businesses using AI to meet customer expectations?
Virtual agents are set to supplant the traditional chatbot and their use cases are evolving at pace, with many organisations deploying new AI technologies to meet rising customer demand for self-service and real-time interactions.