繊維科学研究所

9/37

and chemicalACS Catal. 4 (7), 2118-2129, 2014.ACS Sustainable Chem. Eng. 4 (10), 5409-5414, 2016.Nanomaterials with tunable properties play a crucial role in variousemerging fields such as nano-catalysis, nano-energy and nano-biotechnology. Outstanding activity of such tunable nanomaterialscreates huge demand in various industrial sectors. What we choose?How simple we prepare it? and How small we see in it? – these arevery important pointsefficient nanoforms.to achieveInteractions between the nanostructures, suitable compositions, size,and nature of materials are vital for such nanostructured forms. Weare working on developing very simple but effective preparationmethods for achieving such unique and tunable--nanostructured materials with desired physicochemical properties for various potential applications. Currently, our primeresearch interest is focused on developing suitable eco-friendly nanostructures from biomass such as human hair or birdfeathers for industrially important applications.研究室ホームページ： https://sites.google.com/site/kimlabgr/group-member?authuser=0研究室Facebook： https://www.facebook.com/gopiraman.mayakrishnan/Researchmap： https://researchmap.jp/gopiramanWe aim to develop unique, tuneable and green nanoarchitecture from animalbiowaste. Understanding the physicalinteractions betweennanostructured materials will also be studied.8E-mail: gopiraman@shinshu-u.ac.jp2020- present: Specially Appointed Associate Professor, Shinshu University, Japan2016-2020: Associate Professor, Konkuk University, South Korea.2014-2015: Postdoctoral Research Associate, 2015-2016: Specially Appointed Assistant Professor, Shinshu University, Japan2014: Ph.D. in Science, Shinshu University, Japan2010: Master of Science (Chemistry), National Institute of Technology, IndiatheGopiramanMayakrishnan特任准教授機能高分子創出部門お写真 photo研究テーマ： Tunable Nanomaterials and Their Potential Applicationsキーワード： 2D-Carbon, Nanofibers, Natural polymers, MXenes, Catalysis, Supercapacitors, Self-assembly 研究の未来像：