Members
STAFF
Professor
Hideo OHKITA
Polymer photophysics/photochemistry,
Polymer optoelectronic properties,
Polymer solar cells
A3-213
(383)2612
ohkita@photo.polym.kyoto-u.ac.jp
(Please change @ to lowercase)
Associate Professor
Shunsuke YAMAMOTO
Polymer photophysics/photochemistry,
Organic electrochemical transistors, Polymer solar cells
A3-217
(383)2613
syama@photo.polym.kyoto-u.ac.jp
(Please change @ to lowercase)
Assistant Professor
Hyung Do KIM
Polymer optoelectronic properties,
Organic photovoltaics
A3-217
(383)2613
hyungdokim@photo.polym.kyoto-u.ac.jp
(Please change @ to lowercase)
Research Assistant
Takuya UEMATSU
Perovskite solar cells
Research Assistant
Masayuki HATADA
Perovskite solar cells
Secretary
Aki SHIMIZU
STUDENTs
PhD students
Insub NOH
Excitonic and electronic properties of conjugated polymers in various aggregates
Jihun JEON
Charge generation and recombination dynamics in polymer solar cells
Yuki SATO
Exciton dynamics in fused-ring π-conjugated molecules
Postgraduate students
Kazuma KATO
Charge generation dynamics at heterojunction interfaces with cascaded energy structures
Kazuki KOHZUKI
Charge carrier dynamics in organic semiconductors blend nanoparticles
Mizuki YAMAZAKI
Highly Sensitive analysis of sub-bandgap absorption bands in conjugated polymer thin films
Haruka OKAZAKI
Offset dependence of free carrier generation by direct excitation of interfacial CT states
Yulong TANG
Delocalization properties of fused-ring π-conjugated molecules evaluated by electroabsorption measurements
Takumi NOBUOKA
Exciton dissociation in films of π-conjugated molecules
Undergraduate students
Shogo KUNIMOTO
Optical management and recombination suppression based on nanostructures
Hinata TAMADA
Charge transport properties of conducting polymers blended in insulating block copolymers
Ryotaro NARITA
Charge carrier dynamics in electron/ion-mixed conducting thin films
Hazuki NISHIYAMA
Switching dynamics in organic electrochemical transistors
Shunsuke HIGASHI
Dark current analysis of photon-electron conversion devices based on semiconducting conjugated polymers