RIKEN has platforms that promote cutting-edge research in various fields. TRIP (Transformative Research Innovation Platform of RIKEN platforms) is a challenging project to create an innovative research platform that effectively generates new fields of knowledge across research fields by cross-linking the cutting-edge research platforms.
By utilizing the "platform of platforms" that only RIKEN can provide, we will pioneer the knowledge that our planet and humanity require beyond the boundaries of research fields and paradigms and provide it widely to global society as an engine of social change.
RESEARCH
Transformative Research Innovation Platform of RIKEN platforms
- Generates new fields of knowledge across research fields by cross-linking the cutting-edge research platforms that are RIKEN's strengths -
RIKEN has platforms that promote cutting-edge research in various fields. TRIP (Transformative Research Innovation Platform of RIKEN platforms) is a challenging project to create an innovative research platform that effectively generates new fields of knowledge across research fields by cross-linking the cutting-edge research platforms (including supercomputer Fugaku, quantum computer, SPring-8/X-ray free electron laser facility SACLA, and bio-resource projects). Specifically, platforms (1) High-quality data acquisition and integration, (2) Pioneering prediction science with AI x Mathematical Science, and (3) Expansion of computationally viable region will be developed and linked to function as a research DX infrastructure that contributes to solving human problems, and to promote research that contributes to the creation of new value by utilizing these platforms.
Development of an analysis platform for analysis using expanded computational platforms by acquiring high-quality data and accumulating and integrating diverse research data
Connecting supercomputers, AI, and quantum computers through mathematical science to develop algorithms for hybrid of quantum and high-performance computation in various fields
Collaborative research in different fields, by utilizing the various TRIP platform to create new knowledge and contribute to the solution of social issues
The forefront of quantum science and technology is rapidly expanding, but the deep understanding of the basic principles is still lacking.
The Fundamental Quantum Science Program returns to the fundamentals of quantum science and develops research from a mid- to long-term perspective.
We aim to create a world-class research center, form a hub for brain circulation, and foster human resources for fundamentals of quantum science research through long-term in-residence workshops, and seminars featuring top-class researchers.
AGIS: Advanced General Intelligence for Science Program
AGIS will introduce the technology of generative AI and will develop foundation models for scientific research to further accelerate the research cycle, as well as strengthen activities to lead advanced science to social impact.
DMP: RIKEN Program for Drug Discovery and Medical Technology Platforms
To solve the “shortage of drug targets” which is becoming fundamental and serious issue in pharmaceutical industries, we will develop robust research platforms that generate continuously candidate drug targets by combining the sate-of-the-art life science research of RIKEN and also external academia with RIKEN’s supercomputer Fugaku, experimental automation technology, and AI technology to create cutting-edge drug discovery seeds and new drug modalities.
Moreover, by implementing research outcomes faster and more in society through collaboration with RIKEN internal and external stakeholders, we anticipate to acquire licensing fees and a return on earnings. We aim to build a revamped ecosystem to autonomously strengthen basic research and contribute in upstream area of whole process to improve entirely drug discovery capability in Japan.
Research DX Foundation Team
To promote DX in science and technology research and development (research DX), we are collaborating with all RIKEN’s research centers to develop, introduce, operate, and provide technical support for technologies contributing to research DX.
Trapped Ion Quantum Computer Team
We will develop highly efficient quantum algorithms by fully utilizing the commercial trapped ion quantum computers. We will also construct trapped ion quantum computers using qubits and bosons of atomic ions for expanding the computationally viable region.
