Japan, with its advanced technological capabilities and research infrastructure, and India, with its rich talent pool of young researchers, engineers, and innovators, are an ideal match — a winning combination for advancing science and innovation globally. Together, their complementary strengths could form the basis of a powerful partnership to address some of the global challenges facing society today.
This was the vision behind the International Conference on Advanced Technologies for Sustainable Food, Health, and Materials (ICATS-FHM 2026) held at Hokkaido University from September 9–10.
In the last century, India’s Green Revolution in agriculture and White Revolution in dairy development helped the country move from food scarcity to self-sufficiency. In Japan, a similar revolution in farming technologies helped to develop cold-climate agriculture and established Hokkaido as a major provider of agricultural products for Japan. These remarks, shared during the inauguration of the conference highlighted a common vision that the two countries share, which is to leverage science and technology as key drivers of progress and prosperity.
With the aim of further strengthening the research networks between India and Japan, the ICATS-FHM 2026 conference was jointly organized by Hokkaido University and the India Japan Society for Science, Technology and Education (IJSSTE), along with support from the Japan Science and Technology Agency (JST).
Around 150 researchers from Japan, India, US, and Taiwan came together at the conference to share their research findings, exchange ideas, and build connections across disciplines. Among the participants were also researchers who are involved in Japan’s recent initiatives to attract talented Indian researchers, such as the LOTUS program and the Sakura Science program.
Launched by JST in 2024, the India–Japan Circulation of Talented Youths in Science program, more popularly known as the LOTUS program, is now in its third year. The 2026 cohort is expected to bring 1,000 Indian researchers to Japan.
Having a robust network is crucial to the success of such programs, and conferences like ICATS-FHM 2026 provide an important opportunity to build and strengthen these connections.
The conference was inaugurated by several dignitaries involved in Japan–India relations, including Mr R. Madhu Sudan, Deputy Chief of Mission at the Embassy of India in Tokyo, who highlighted the complementary strengths of the two countries.
The presenters highlighted research achievements made through Japan–India research collaborations and talent development. Indian researchers who had spent time in Japan spoke about how the international research environment had broadened their perspectives and strengthened their research skills and methodologies. Working alongside distinguished researchers also helped them develop professional networks that could continue long after their research placements ended. For many, these experiences contributed significantly to their personal and academic growth.
Young researchers, especially, are attracted to Japan’s advanced research facilities and academic environment. Other participants spoke about the practical knowledge they gained through their experience. One researcher, for example, described gaining valuable know-how about Japanese systems that could very well be applied to disaster-management challenges in India.
“The JST LOTUS Programme and IJSSTE serve as vital bridges for India–Japan research exchange,” says conference chair Associate Professor Siddabasave Gowda B. Gowda of Hokkaido University. “By bringing together India’s talented young researchers and Japan’s advanced technologies, we can further strengthen scientific and technological cooperation between our two countries.”
The inaugural ICATS-FHM 2026 conference is the first of four conferences planned for fiscal year 2026. As these connections continue to grow, so too does the potential for Japan and India to work together on the scientific and technological challenges that will shape the future.