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china national radio shanghai, september 9 (reporter tang qiyun) on september 8, the 2024 pujiang innovation forum - future materials: cross-innovation and sustainable development forum hosted by shanghai jiaotong university was held in the "big zero bay" science and technology innovation building. more than 300 experts, scholars and entrepreneur representatives from the government, universities, research institutions, industry enterprises, etc. attended the forum to discuss the research and development trends and application prospects of future materials.

at the meeting, top experts in the field of materials science from countries such as germany, turkey and russia shared their latest research results and experiences in new material development, environmentally friendly materials, and industrial applications, promoting innovative development in the field of materials science and providing new solutions to the energy, environment, and health challenges facing the world.

harald fuchs, a member of the german academy of sciences, a member of the german academy of engineering, and a professor at the university of münster, germany, introduced a new approach to achieving efficient catalytic biomass conversion and collaborative molecular machines. hasan mandal, chairman of the world association of industrial technology research organizations (waitro) and president of istanbul technical university, introduced turkey's efforts and contributions in the development of environmentally friendly and sustainable materials. oliver g. schmidt, a member of the german national academy of engineering and a professor at the chemnitz university of technology, gave a keynote speech, sharing cutting-edge work in microelectronic materials and introducing how to achieve self-assembly of electronic nanomembrane materials and generate fine artificial units through self-folding micro origami robots.

zhang yue, academician of the chinese academy of sciences, academician of the academy of sciences for the developing world, and professor of the university of science and technology beijing, delivered a keynote speech entitled "hydrogen kinetic energy for low-carbon development of the steel industry - key technologies and equipment for green hydrogen manufacturing". focusing on the key scientific issues and common technical bottlenecks in the design of active sites of catalytic materials, regulation of advantageous reaction pathways, interfacial mass transfer and large-scale manufacturing applications of catalytic electrodes, he created and developed a series of transformative iterative products of nanotechnology catalytic components, achieved breakthroughs in core performance indicators such as ultra-low energy consumption for hydrogen production in industrial alkaline electrolyzers, and completed the full-chain technical research and development of nanocatalytic components from basic laboratory research and development to industrial-scale production, helping to promote the rapid development of the green hydrogen energy industry.