------ August 1, 2024 （Thursday） Room A------[Chair : Hiromi Yamashita, Manabu Abe]
10:45-11:00 4A-01-OR*Yutaka Takaguchi1, Arif Efendi1, Van Ninh Tran1, Mariko Yukimoto1, Tomoki Matsuura2,
Tomoyuki Tajima2 (1.University of Toyama, 2.Okayama University)
MoSe2-sensitized water splitting assisted by C60-dendron on the basal surface
11:00-11:15
4A-02-OR*Greg Metha1, Talib Rahman1, D.J. Osborn1, Gunther Andersson2, Hiroki Nishiyama4,Takashi Hisatomi3, Kazunari Domen4 (1.University of Adelaide, 2.Flinders University,3.Shinshu University, 4.University of Tokyo)
Performance of Al:TiO3 photocatalyst sheet under intense UV irradiation and increasedtemperature
11:15-11:30
4A-03-OR*Ryota Shoji1, Vikas Nandal2, Hiroyuki Matsuzaki1, Kazuhiko Seki2, Hiroaki Yoshida3,Lishua Lin4, Xiaoping Tao4, Chen Gu4, Tsuyoshi Takata4, Takashi Hisatomi4, Akihiro
Hurube5, Kazunari Domen4, 6 (1.Research Institute for Material and Chemical Measurement,
AIST, 2.Global Zero Emission Research Center, AIST, 3.Mitsubishi Chemical Corp., 4.Shinshu
University, 5.Tokushima University, 6.Tokyo University)
Correlation between photocatalytic activity and material parameters of oxysulfide photocatalysts;
quantitative evaluation by transient absorption spectroscopy and theoretical analysis
11:30-11:45
4A-04-OR*Vikas Nandal1, Ryota Shoji1, Hiroyuki Matsuzaki1, Xiaoping Tao2, Akihiro Furube3, Takashi
Hisatomi2, Hiroaki Yoshida4, 5, Tsuyoshi Takata2, Masanori Kaneko6, Koichi Yamashita6,
Kazunari Domen2, 7, Kazuhiko Seki1 (1.AIST, 2.Shinshu University, 3.Tokushima University,
4.Mitsubishi Chemical Corporation, 5.ARPChem, 6.Yokohama City University, 7.The Universityof Tokyo)
Quantifying the prospect of visible-light-absorbing particulate oxysulfide photocatalyst by probingtransient absorption and photoluminescence
11:45-12:00 4A-05-OR*Dominik Eder1, Shaghayegh Naghdi1, Jia Wang, Pablo Ayala1, Alexey Cherevan1(1.Technische Universität Wien)
SELECTIVE LIGAND REMOVAL AS A POWERFUL STRATEGY TOWARDS ADVANCED
PHOTOCATALYSTS
12:00-12:15 4A-06-OR*Congcong Xing1, Tianqi Liu1, Yong Gao1, Xiaolei Fan1 (1.Zhejiang University)
Length and Temperature Optimization for Efficient Hydrogen Production in Brookite-phase TiO2Nanorods(Break)[Chair : Vladimir Golovko, Manabu Abe]
14:30-14:45 4A-07-OR*Hajime Suzuki1, Toshiki Abe1, Takahide Otsubo1, Yasunori Watanabe1, Osamu Tomita1,Masanobu Higashi1, Akinori Saeki2, Ryu Abe1 (1.Kyoto University, 2.Osaka University)
Arc Plasma Deposition as an Effective Method for Loading Highly Active Nanococatalysts onto
Photocatalysts for Efficient H2 Evolution
14:45-15:00 4A-08-OR*Jérôme Fortage1, Lucile Termeau1, Juan Aguirre-Araque1, Fakourou Camara1, PhilippeLainé2, Marie-Noëlle Collomb1 (1.Université Grenoble Alpes, CNRS, 2.Université de Paris,CNRS)DuBois-type nickel phosphine catalyst vs cobalt tetraazamacrocyclic catalyst for light-driven H2
production in water combined with the organic dye triazatriangulenium
15:00-15:15 4A-09-OR*Tsubasa Mikie1, Koichiro Hayashi1, Chiyu Fujita1, Itaru Osaka1 (1.Hiroshima University)
Organic p/n Heterojunction Nanoparticles Based on A Crystalline Semiconducting Polymer for
Efficient Photocatalytic Hydrogen Evolution
15:15-15:30 4A-10-OR*Yasuhiko Takeda1, Tamoko M Suzuki1, Shunsuke Sato1, Takeshi Morikawa1 (1.Toyota
Central R&D Labs., Inc.)
Solar-spectrum splitting for photocatalytic reactors used for artificial photosynthesis
15:30-15:45 4A-11-OR
Jeiwan Tan1, Demelza Wright1, Md Azimul Haque1, Debjit Ghoshal1, Trung Huu Lee1,
Michelle Smeaton1, Katie Jungjohann1, Elisa M. Miller1, Nathan R. Neale1, *Jao van deLagemaat1 (1.National Renewable Energy Laboratory)
Controlling water splitting using chirality-induced spin in electrocatalysis(Break)[Chair : Hajime Suzuki, Manabu Abe]
16:25-16:40 4A-13-OR*Atsushi Kobayashi1 (1.Hokkaido University)
Photoredox cascade catalytic system for solar hydrogen production during oxidationtransformations of organic substrates
16:40-16:55 4A-14-OR*Wenjing Song1, Tongtong Jia, Bangrong Ming, Jincai Zhao (1.Institute of Chemistry
Chinese Academy of Sciences)
Tailoring one- or two- electron transfer over single Ni site in the light-driven reduction oforganohalides
16:55-17:10 4A-15-OR*Kazuyuki Ishii1 (1.The University of Tokyo)
Photochemical oxygen reactions using phthalocyanines17:10-17:25 4A-16-OR*Hiromi Yamashita1, Yifan Zhao1, Yoshifumi Kondo1, Yasutaka Kuwahara1, Kohsuke Mori1(1.Osaka University)
Efficient Photocatalytic H2O2 Production Using Metal-Organic Frameworks and Two-Phase
Reaction System
17:25-17:40 4A-17-OR*Xuanyu Wang1, Hong Lin1 (1.Tsinghua University)
Reciprocity between hollow AgGaS2 nanoflake-clusters and g-C3N4 sheets enabled byheterojunctions for H2O2 photosynthesis with enhanced activity and stability
17:40-17:55 4A-18-OR*Xintong Zhang1 (1.Northeast Normal University)
Activation of surface lattice oxygen boosting photocatalysis over CeO2

------ August 1, 2024 （Thursday） Room B-----[Chair : Ayuko Kitajo, Hayami Takeda]
10:30-11:00 4B-01-KL*Hikari Sakaebe1 (1.Kyushu University)
Development of high energy battery system and materials without metal resource constraints
11:00-11:25
4B-02-IL*Yuki Orikasa1, Mao Matsumoto1, Kei Hirabayashi1, Yuya Sakka1, Yusuke Sakurai1(1.Ritsumeikan University)
Analysis of Heterogeneous Reactions in Lithium-ion Batteries and All-solid-state Batteries
11:25-11:50
4B-03-IL*Kiho Nishioka1 (1.Kyoto University)
Identification of the Accurate Location of Insulating Byproducts in Discharge Deposits in LithiumOxygen Batteries(Lunch Break)[Chair : Hikari Sakaebe, Yuki Orikasa]
14:30-15:00 4B-04-KL*Ayuko Kitajou1 (1.Yamaguchi University)
Electrochemical properties of aqueous sodium ion batteries using highly concentrated electrolyte
adding other solvent
15:00-15:25 4B-05-IL*Hayami Takeda1 (1.Nagoya Institute of Technology)
Development of solid oxide electrolytes using combination of experimental techniques andmaterials informatics(Break)[Chair : Shinichi Komaba]
16:25-16:50 4B-06-IL*Tomohiro Fukushima1 (1.Hokkaido University)
Reaction intermediates in the oxygen evolution reaction at Ni-based electrodes
16:50-17:20 4B-07-KL*Kazuhiko Maeda1 (1.Tokyo Tech.)Unconventional mixed-anion materials for artificial photosynthesis

------ August 1, 2024 （Thursday） Room C------[Chair : Yanfa Yan, Amrita Kumar Sana]
10:30-11:00 4C-01-KL*Atsushi Wakamiya1 (1.Institute for Chemical Research, Kyoto University)
Charge Collecting and Passivation Materials for Efficient Perovskite Solar Cells
11:00-11:25
4C-02-IL*Zhijun Ning1 (1.ShanghaiTech University)
Oxidation suppression of tin halide perovskites
11:25-11:55
4C-03-KL*Shuzi Hayase1 (1.The University of Electro-Communications)
Guidelines for increasing efficiency and durability of tin based solar cells
11:55-12:20 4C-04-IL*Ludmila Cojocaru1, Yuka Yoshihara11, Nilanka Keppetipola3, Kamal Kamali2, Guido
Sonnemann2, Thierry Toupance2, Ajay Kumar Jena1, Satoshi Uchida1, Hiroshi Segawa1(1.The University of Tokyo, 2.University of Bordeaux)Assessing Sustainable Approaches for Perovskite Solar Cells Fabrication(Lunch Break)[Chair : Shuzi Hayase, Elizabeth A Gibson]
14:30-14:55 4C-05-IL*Taisuke Matsui1 (1.Panasonic Holdings Corporation)
Development of building glass integrated perovskite PV
14:55-15:20 4C-06-IL*Tzu Chien Wei1, 2 (1.National Tsing-Hua University, 2.National Yang Ming Chiao TungUniversity)
Study on Production Technology for Perovskite Solar Cells
15:20-15:35 4C-07-OR*JaeHong Park1 (1.Ewha Womans University)
Identification and Dynamics of Microsecond-Lived Charge-Carriers for CsPbBr3 Perovskite
Quantum Dots, Featuring Ambient Long-Term Stability
15:35-15:50 4C-08-OR*Shahrir Razey Sahamir1, Takeru Bessho2, Hiroshi Segawa2, Qing Shen1, Shuzi Hayase1(1.The University of Electro-Communications, 2.The University of Tokyo)
Adopting bulk heterojunction into tin-lead perovskite solar cells for enhanced Voc and improved
overall performance(Break)[Chair : Tzu-Chien Wei, Zhijun Ning]
16:25-16:50 4C-09-IL*Amrita Kumar Sana1, Mareedu Sreenivasu1, Devoju Harinada Chary1, Takayuki Shimizu1,Katsuya Tsuchimoto1, Tsuneaki Watanabe1, Junji Nakajima2 (1.IMRA Japan Co., Ltd.,
2.AISIN CORPORATION)
Design and Development of Low-Cost Donor-Acceptor-Donor (D-A-D) Hole Transport Materials
for Efficient and Stable Perovskite Solar Cells
16:50-17:15 4C-10-IL*Elizabeth A Gibson1, Bening Tirta Muhammad1, Amy Neild1, Susana Iglesias Porras1(1.Newcastle University)
Project ViTAL: Decarbonise power using integrated solar technology
17:15-17:40 4C-11-IL*Hui-Seon Kim1 (1.Inha University)
Control of lattice strain across α-FAPbI3 film

------ August 1, 2024 （Thursday） Room D------[Chair : Hiro Minamimoto, Yasunori Matsui]
10:30-11:00 4D-01-KL*Hong Lin1, Xuanling Liu1, Jianhua Han1 (1.Tsinghua University)
Design and application of nanomaterials in photodevices
11:00-11:25
4D-02-IL*Fatwa Firdaus Abdi1 (1.City University of Hong Kong)
Coupling H2 production and upgrading of chemicals in a photoelectrochemical device
11:25-11:50
4D-03-IL*Tomohiro Higashi1 (1.University of Miyazaki)
Photoelectrochemical Insights into Water
Photoelectrode

Splitting

Efficiencyof(Oxy)Nitride-based

11:50-12:05 4D-04-OR*Yuriy Pihosh1, Vikas Nandal2, Tomohiro Higashi3, Kazuhiko Seki2, Kazunari Domen1(1.The University of Tokyo, 2.AIST, 3.University of Miyazaki)
Nanostructured tantalum nitride enabled solar-to-hydrogen production with efficiency more than10%12:05-12:20 4D-05-OR*Yosuke Kageshima1, Tatsuya Kanazawa1, Katsuya Teshima1, Kazunari Domen1, 2,Hiromasa Nishikiori1 (1.Shinshu University, 2.The University of Tokyo)
Efficient hydrogen-evolving photocathodes consisting of Cu2Sn0.38Ge0.62S3 crystalline particles
synthesized via flux method(Lunch Break)[Chair : Tomohiro Higashi, Hong Lin]
14:30-15:00 4D-06-KL*Tetsu Tatsuma1, Takuya Ishida1, Seung Hyuk Lee1 (1.The University of Tokyo)
Shaping nanomaterials by plasmon and Mie resonances for nanophotonic device fabrication
15:00-15:15 4D-07-OR*Hiro Minamimoto1, Yuto Tajiri1, Minoru Mizuhata1 (1.Kobe University)
Investigations of Visible-Light-Driven Reduction Reaction Process at Plasmonic CathodeElectrode
15:15-15:30 4D-08-OR*Debraj Chandra1, Yuta Tsubonouchi1, Norihisa Hoshino1, Zaki Zahran1, Masayuki Yagi1(1.Niigata University)
Designed nanoarchitectures of WO3 photoanode towards efficient solar-driven water oxidation
15:30-15:45 4D-09-OR*Yasunori Matsui1, Takumi Takahashi1, Masaya Kanoh1, Takuya Ogaki1, Hiroshi Ikeda1(1.Osaka Metropolitan University)
Transient Absorption Spectroscopic Analysis of Energy Transfer Process in the Upconversion
System Based on Polymer Composite

(Break)[Chair : Yosuke Kageshima, Fatwa Firdaus Abdi]
16:25-16:40 4D-10-OR*Etsushi Tsuji1, Yoshiki Degami1, Hiroyuki Okada1, Satoshi Suganuma1,2, Naonobu
Katada1 (1.Tottori University, 2.Hokkaido University)
Brownmillerite-type Ca2FeCoO5 as a cocatalyst of WO3 photoanode for water splitting
16:40-16:55 4D-11-OR*Renato Gonçalves1, Washington Santa Rosa1, Victor Zamora Castaneda1 (1.University ofSao Paulo)
Optimizing BiVO4/FeNiOx p–n Heterojunctions via Magnetron Sputtering Deposition to Boost
Photoelectrochemical Water Splitting Efficiency
16:55-17:10 4D-12-OR*Marcus Einert1, Arslan Waheed1, Stefan Lauterbach2, Maximilian Mellin1, Marcus Rohnke3,
Lysander Quentin Wagner3, 4, Julia Gallenberger1, Chuanmu Tian1, Bernd Michael
Smarsly3, 4, Wolfram Jaegermann1, Franziska Hess5, Helmut Schlaad6, Jan PhilippHofmann1 (1.Technical University of Darmstadt, 2.Technical University of Darmstadt, 3.Justus
Liebig University Giessen, 4.Justus-Liebig University, 5.Technical University Berlin, 6.Universityof Potsdam)
Photoelectrochemical and Electrocatalytic Water Oxidation Performance of Sol-Gel-derived
Mesoporous High-Entropy Spinel Oxide Thin Films

------ August 1, 2024 （Thursday） Room E------[Chair : Yukina Takahashi, Haoxin Mai]
10:30-11:00 4E-01-KL*Reiner Sebastian Sprick1 (1.University of Strathclyde)
Conjugated polymer photocatalysts for water splitting and carbon dioxide reduction
11:00-11:25
4E-02-IL*Tomoko Yoshida1, Muneaki Yamamoto1, Tomoka Yamamoto2, Tetsuo Tanabe1 (1.NagoyaUniversity, 2.Osaka Metropolitan University)
Multiple spectroscopic analyses for understanding functions of solid photocatalysts
11:25-11:50
4E-03-IL*Ji-Hyun Jang1 (1.UNIST)
Enhancing the charge transport characteristics of hematite via morphology engineering
11:50-12:15 4E-04-IL*Stuart Linley1 (1.McMaster University)
Floating Catalyst Composites for Solar Reforming(Lunch Break)[Chair : Jian-Ren Shen, Reiner Sebastian Sprick]
14:30-15:00 4E-05-KL*Francesca Maria Toma1, 2 (1.Helmholtz Zentrum Hereon, 2.Lawrence Berkeley NationalLaboratory)
Stable and Efficient Photoelectrodes for Artificial Photosynthesis
15:00-15:25 4E-06-IL*Haoxin Mai1, Xuying Li1, Rachel Caruso1 (1.RMIT University)
Development of Visible Light Photocatalysts Assisted by Theoretical Modelling
15:25-15:40 4E-07-OR*Hisao Yoshida1, Hongxuan Qiu1, Akira Yamamoto1 (1.Kyoto University)
Modification of calcium titanate photocatalyst by gallium species for carbon dioxide reduction withwater(Break)[Chair : Masahiro Miyauchi, Licheng Sun]
16:25-16:55 4E-08-KL*Xiao-Feng Wang1 (1.Jilin University)
Chlorophyll derivative-based devices for photoenergy conversion and storage
16:55-17:20 4E-09-IL*Yukina Takahashi1 (1.Kyushu University)
Investigation of the role of metal nanoparticles for efficiency improvement of photocatalysts

17:20-17:45 4E-10-IL*Ritsuko Fujii1, Soichiro Seki2 (1.Osaka Metropolitan University, 2.Osaka City University)
Blue-green light utilization strategy of the siphonaxanthin-type photosynthetic antenna in amarine green alga, Codium fragile