Integrates over 400 mm² of computational area with control circuitry and inter‑chip connectivity to enable expansion of quantum computers via multiple chips.
Japan is committing large public funds to quantum technologies, yet practical quantum computers still face major challenges. Drawing on Japan’s AI research history and current quantum policy, this piece examines the rationale for early investment and the importance of continuing funding without relying on excessive expectations.
QUDORA Japan has been selected for a NEDO project to develop common packaging technology and design rules for cryogenic quantum computers. It will collaborate with Kyocera and AIST (G-QuAT).
A seven-organization consortium led by QUDORA aims to build a trapped-ion demonstrator with more than 1,000 physical qubits and a QPU pilot line. The total project size is about €122 million.
Independent evaluation of 36 quantum industry companies across technology, business results, QEC, manufacturing capability, customers and revenue. The Autumn 2026 edition adds nine firms — including Quantum Machines, Bluefors, Qblox and Riverlane — and analyzes ranking shifts since the summer edition and changing competitive axes in the quantum industry.
Analyzes the attractions and challenges of the Japanese market from the perspective of foreign quantum vendors, covering government procurement, trading houses, PoC, investments, and M&A as go-to-market strategies.