Welcome to the Hyeong Jun Kim research group at Sogang University
Charged macromolecules are everywhere! From biological macromolecules to synthetic polyelectrolytes for today's leading technologies, charged macromolecules are fundamental elements of our life.
Our team is engaged in exploring the physicochemical and biological phenomena of charged macromolecules as well as their applications in new functional devices. Our research aims to expand our understanding of charged macromolecules and translate their activities into soft and highly deformable functional devices.
The major topics that we are under active investigation are the following:
Design and synthesis of polyelectrolytes
Physicochemical properties and phase behavior of polyelectrolytes (complex coacervation)
Soft and highly deformable ionotronic devices and electro-adhesion of charged macromolecules
Electro-Chemical Depolymerization
Join our team!!
We are looking for highly motivated team members who like to share our vision on charged macromolecular research. Our team pursues highly interdisciplinary research, bridging chemical engineering, polymer chemistry and physics, electronic, robotics and mechanics.
If you are interested, please send me an email to hjunkim at sogang.ac.kr
2024.11
Congratulations! Our paper, by Jowon Shin as a first author (titled: Influence of Solvent Dielectric Constant on the Complex Coacervation Phase Behavior of Polymerized Ionic Liquids) has been accepted for publication in 'ACS Macro Letters'
축하합니다, 박사과정 신조원 학생이 1저자로 참여한 논문 (제목 : Influence of Solvent Dielectric Constant on the Complex Coacervation Phase Behavior of Polymerized Ionic Liquids) 이 'ACS Macro Letters' 에 게재 되었습니다
2024.09
Congratulations! Minwoo Park, a master student candidate, has been selected for the Master Student Research Encouragement Program conducted by the National Research Foundation of Korea. He will receive a total of 12 million KRW over one year for his research titled 'Development of Polymer Solid Electrolytes Based on a New Ion-Conduction Mechanism Using Dynamic Exchange Reactions
축하합니다, 석사 과정 박민우 학생이 한국 연구재단에서 수행하는 석사과정생 연구장려금지원사업에 선정되었습니다. '동적 교환 반응을 이용한 새로운 이온전도 메커니즘을 기반한 고분자 전고체 전해질 개발' 이라는 주제로 1년간 총액 1,200 만원을 지원받습니다.
2024.08
Congratulations! Our paper has been accepted for publication in 'Advanced Functional Materials"
축하합니다, 석사과정 박세환 학생이 1저자로 작성한 논문이 'Advanced Functional Materials' 에 게재되었습니다
2024.08
Congratulations! Heewon Shin, an integrated master's and Ph.D. student, has been selected for the Ph.D. Student Research Encouragement Program conducted by the National Research Foundation of Korea. The Ph.D. Student Research Encouragement Program is established to support creative and challenging ideas related to Ph.D. dissertation research. Outstanding Ph.D. students are selected for this program and receive a total of 50 million KRW over two years.
축하합니다, 석박통합 과정 신희운 학생이 한국 연구재단에서 수행하는 박사과정생 연구장려금지원사업에 선정되었습니다
박사과정생 연구장려금지원사업은 박사과정생의 박사학위 논문 연구과 관련된 창의적 도전적 아이디어를 지원하기 위해 설립된 사업으로 우수 박사과정생을 선발하여 2년간 총액 5000만원을 지원받습니다.
2022. 06
고분자 이온 소재 연구실은 올해부터 삼성전자에서 주관하는 반도체 연구 지원금 프로그램 2기에 선정 되었습니다.
고분자 이온 소재 연구실의 석박사과정 및 박사 과정 연구원에게는 삼성전자 DS 부문 산학 장학생의 기회가 부여 되며,
삼성전자 연구진과의 정기 교류회 및 우수 논문 수상 기회가 주어집니다.
또한 박사과정 졸업 후 취업과정에서도 별도의 채용과정을 통하여 입사 기회가 주어지게 됩니다.
2022. 07
Our group has been recognized by Korea National Science Foundation as the first year's innovatory lab
고분자 이온 소재 연구실이 한국연구재단에서 주관하는 우수신진연구 과제 최초혁신실험실에 선정 되었습니다.