・Holders of undergraduate or Master’s degrees in Physics, Mathematics, Material Science, Biology, Chemistry, Cosmology, Earth, and Planetary ・ Individuals with a keen interest in interdisciplinary science and collaboration across diverse research fields.・ Proficient in English with excellent communication skills.・ No prior knowledge of the theory of knots or chirality phenomena is required.●Program Features●Qualifications・Interdisciplinary research opportunities・ International exchange visits develop students' global perspectives・ Choose co-mentors from WPI nodes (MIT, U Colorado, Cambridge U, and other institutions of our international PIs, co-PIs, or Affiliate members) ・ Graduate training modeled based on best practices of PhD programs in the USA and UK・ Support to attend WPI-SKCM2-sponsored Summer and/ or Winter Schools to learn from world leaders in the fields related to topology and ・ Sustainability among many missions・ Stipends available, supported by WPI-SKCM2・ Doctoral students can stay and work in the research group of an overseas PI or co-PI for up to 6 months to conduct joint research・ Startup research funds are available for doctoral students to conduct joint research with a PI, co-PI, or Affiliate member of the WPI-SKCM²with different backgroundschiralityWPI-SKCM2 hosts many events, including weekly seminars, biannual Schools, and special symposia featuring researchers from around the world. Our scientific interests are related to knot topology and chirality; however, we also cover many topics related to general professional develop-ment, such as career forums, science outreach, entrepreneurship, and diversity. All are welcome to join. More information: https://www.facebook.com/people/SKCM2_Hiroshima-University/100093316933656/?locale=ja_JP19Special ProgramsScience, or related disciplines.For more details and to apply,https://wpi-skcm2.hiroshima-u.ac.jp/graduate-education/WPI-SKCM2 where top-level researchers gather from around the world launched the interdisciplinary educational and research program “International Program for Collaborative Sciences Enabling the Future” in October 2023, which aims to nurture talents leading to a sustainable society, transcending traditional boundaries of existing fields such as mathematics, physics, chemistry, and biology.This specific program is a five-year integrated education program for students enrolled in master’s and doctoral courses under the supervision of faculty members of the Graduate School of Advanced Science and Engineering or the Graduate School of Integrated Sciences for Life in Hiroshima University affiliated with WPI- SKCM2.The program is structured with both fundamental and advanced courses to provide education that transcends traditional fields such as mathe-matics, physics, chemistry, and biology. It includes many opportunities to attend seminars and lectures by world-class researchers, aiming to cultivate talent capable of leading a global and sustainable society.Students can receive broader and more detailed research guidance under the multiple mentor system both domestically and internationally. Additionally, the weekly WPI seminars provide the students with opportunities to learn about a wide range of cutting-edge research. In addition, WPI independently provides student support.WPI-SKCM2 Graduate-Specific ProgramThe International Institute for Sustainability with Knotted Chiral Meta Matter (WPI-SKCM2) as a research center under the World Premier International Research Center Initiative (WPI) of the Japanese government is on a mission to introduce a new interdisciplinary research paradigm called “knotted chiral meta matter” (KCM2). Using this paradigm, our team of researchers cross-pollinates mathematical knot theory and chirality knowledge across disciplines and scales. This work includes the creation of designable artificial knot-like particles that exhibit highly unusual and technologically useful properties, which will both deepen our understanding of nature as well as be useful for technological innovation to solve global problems, such as climate change. While pursuing this research, we will create a testbed for research-based graduate education reforms in Japan & beyond, connecting young talent globally.International Program for Collaborative Sciences Enabling the Future (5-year course)
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