RIKEN Advanced Scientific Research Infrastructure

RIKEN (Institute of Physical and Chemical Research) is Japan's largest comprehensive research institution, operating facilities that are globally unique in their breadth and capability. SPring-8 is the world's most powerful synchrotron radiation facility (8 GeV), used for materials analysis, protein crystallography, and semiconductor research. SACLA is a free-electron laser producing the world's most intense X-ray pulses. RIKEN's Nishina Center for Accelerator-Based Science discovered elements 113 (nihonium) and produces radioisotopes for medical therapy.

RIKEN's research spans from fundamental physics (neutron-rich nuclei, muon science) to applied computing (quantum computers, Fugaku/FugakuNEXT). The RIKEN Center for Computational Science operates Fugaku and will host FugakuNEXT. The RIKEN BioResource Center maintains the world's largest collection of iPS cells for research distribution. This breadth enables cross-disciplinary research — using synchrotron data to improve battery materials, quantum computing to simulate molecular interactions, AI to accelerate protein design.

RIKEN's role as a national research infrastructure provider is strategically important: it gives Japanese companies and universities access to world-class facilities that would be prohibitively expensive individually. The FugakuNEXT International Initiative exemplifies RIKEN's role as a platform for global collaboration — attracting NVIDIA, European partners, and US national labs to work within Japan's research ecosystem.