교수소개

조교수

한상길
직책/직급
조교수
주전공
생체전자공학, 바이오센서, Plantronics
담당과목
무기화학, 바이오센서공학, 무기생체재료학, 나노바이오공학개론
전화번호
032-835-8277
이메일
sanggilhan@inu.ac.kr
홈페이지
https://sites.google.com/view/bioelectronicdeviceslab/home
학력

2018.11.24 Univ. of Cambridge  (공학박사)

2013.02.26 서울대학교  (공학석사)

2011.02.18 동국대학교  (공학사)

경력

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연구실적
<논문> 

Electrostatic self-assembly yields a structurally stabilized PEDOT:PSS with efficient mixed transport and high-performance OECTs, Matter , 제7권(집) , 제3호 , 2024.01.16

Tunable organic active neural probe enabling near-sensor signal processing, ADVANCED MATERIALS , 제35권(집) , 제38호 , 2023.09.21

Flexible conducting polymer electrodes for selective stimulation of small sensory fibers in humans, Advanced Materials Technologies , 제8권(집) , 제1호 , 2023.01.01

Pulsed transistor operation enables miniaturization of electrochemical aptamer-based sensors, Science Advances , 제8권(집) , 제46호 , 2022.11.16

Correlation between transient response and neuromorphic behavior in organic electrochemical transistors, Advanced Electronic Materials , 제8권(집) , 제4호 , 2022.04.10

Printed organic electrochemical transistors for detecting nutrients in whole plant sap, Advanced Electronic Materials , 제8권(집) , 제4호 , 2022.04.01

Highly stable PEDOT:PSS electrochemical transistors, APPLIED PHYSICS LETTERS , 제120권(집) , 제7호 , 2022.02.14

Integration of organic electrochemical transistors with implantable probes, Advanced Materials Technologies , 제6권(집) , 제12호 , 2021.12.01

Effect of plasma treatment on metal oxide p–n thin film diodes fabricated at room temperature, Advanced Materials Interfaces , 제8권(집) , 제10호 , 2021.05.01

Microfabricated ion-selective transistors with fast and super-Nernstian response, ADVANCED MATERIALS , 제32권(집) , 제48호 , 2020.12.03

Control of grain orientation and its impact on carrier mobility in reactively sputtered Cu2O thin films, THIN SOLID FILMS , 제704권(집) , 2020.06.30

The origin of the high off-state current in p-type Cu2O thin film transistors, IEEE ELECTRON DEVICE LETTERS , 제38권(집) , 제10호 , PP.1394~1397 , 2017.10.01

Analysis of the conduction mechanism and copper vacancy density in p-type Cu2O thin films, Scientific Reports , 제7권(집) , 2017.07.18

Effects of post-deposition vacuum annealing on film characteristics of p-type Cu2O and its impact on thin film transistor characteristics, APPLIED PHYSICS LETTERS , 제109권(집) , 제17호 , 2016.10.24