Invited Lecture Programas of Nov. 17, 2014

Monday (Nov. 24)

10:15-11:00

PL-01

11:00-11:40

IL1-01

13:00-13:30

IL1-02

13:30-14:10

IL1-03

14:10-14:50

15:10-15:40

Canceled

15:40-16:10

16:30-17:10

IL1-04

IL1-05

IL1-06

IL1-07

IL1-08

Akira FUJISHIMA (Tokyo

Water Photolysis and Photocatalysis

University of Science, Japan)

using Titanium Dioxide

Daniel G. NOCERA (HarvardUniversity, USA)The artificial leaf

Kazunari DOMEN (TheWater splitting on some

University of Tokyo, Japan)

semiconductor photocatalysts

Lee CRONIN (University ofGlasgow, UK)
Richard COGDELL (University ofGlasgow, UK)

Shinji INAGAKI (Toyota Central
R&D Labs., Inc., Japan)

Water splitting with redox mediators
Strategies to enhance the absorption
cross section of light harvesting
complexes on surfaces
Light-harvesting molecular
photocatalysis based on periodic
mesoporous organosilicas

Michael WASIELEWSKI

Integrated molecular systems for(Northwestern University, USA)

artificial photosynthesis

Shunichi FUKUZUMI (OsakaUniversity, ALCA, JST, Japan)

Kyung Byung YOON (SogangUniversity, Korea)

Hydrogen peroxide produced fromwater and dioxygen as a promisingsolar fuelNovel HER and OER electrodes withextraordinary performances and low
price

Takeshi MORIKAWA,

17:10-17:40

IL1-09Shunsuke SATO, Takeo ARAI,

Artificial photosynthesis: Synthesis ofTomiko SUZUKI M, Keikoorganic compounds from CO2, H2O

UEMURA, Tsutomu KAJINO,

and sunlight energy using a

Ken-ichi YAMANAKA, Keita

semiconductor/metal-complex hybrid

SEKIZAWA (Toyota Centralsystem

R&D Labs., Inc., Japan)
Haruo INOUE, Fazalurhaman

17:40-18:10

IL1-10

KUTTASSERY, Siby MATHEW,

The key-steps for artificial

Daisuke YAMAMOTO, Satomi

photosynthesis: How can we do an

ONUKI, Yu NABETANI, Hiroshi

oxidative activation of water by visible

TACHIBANA (Tokyolight?

Metropolitan University, Japan)

Tuesday (Nov. 25)
Vincent ARTERO (Univ.
8:30- 9:10

IL2-01

Grenoble Alpes andCEA-Life Science Division,France)

Molecular H2-evolving catalysts:
Design, benchmarking and system
integration

Kazuhito INOUE,

9:10- 9:40

IL2-02Masaharu KITASHIMA,

Genetic engineering of theHajime MASUKAWA,

heterocyst-forming cyanobacteria toHidehito SAKURAI

enhance hydrogen production from(Kanagawa University,sunlight and waterJapan)
Henrik JUNGE, Matthias
9:40-10:20

IL2-03

BELLER (Leibniz Institute

Photocatalytic generation of chemicalfor Catalysis at theenergy carriers from light, water andUniversity of Rostock

carbon dioxide(LIKAT), Germany)
Neyde Yukie MURAKAMI
IHA, Danilo BARBOSA,
10:40-11:00

IL2-04

Kassio ZANONI, Rodolfo

Artificial photosynthesis via

COPPO, Ronaldo AMARAL

dye-sensitized solar cells(Universidade de São Paulo,Brazil)
11:00-11:40

IL2-05

Gary W. BRUDVIG (Yale

Photochemical water oxidation forUniversity, USA)solar fuel production

Huub de GROOT,
Thomas EISENMAYER,
Karthick Babu SANKAR
11:40-12:20

IL2-06GUPTA,ALIA, Jorg

MATYSIK, Francesco BUDA
(Leiden University, IMPB,Netherlands)

Responsive matrices for solar to fuelconversion: Trading time for efficiency

Tuesday (Nov. 25)
Craig L HILL, Hongjin LV, Yurii
GELETII, James VICKERS,Sarah LAUINGER, Tianquan
13:30-14:10 IL2-07 LIAN, Djamaladdin MUSAEV,John BACSA, Paul KÖGERLER

Tunable robust molecularcatalysts for solar fuels(Emory University, USA, RWTH
Aachen University, Germany)
Koji TANAKA, Katsuaki
14:10-14:40 IL2-08 KOBAYASHI (Kyoto University,Photochemical CO2 reduction
aimed at production of a C1Japan)

building block of organic materials

Shin-ichi ADACHI (High Energy

Capturing structural dynamics of

14:40-15:10 IL2-09 Accelerator ResearchOrganization, Japan)

photochemistry by picosecond
X-ray pulses

James T. MUCKERMAN, Dmitry
POLYANSKY, Javier

Photo- and electrochemical water

CONCEPCION, Randolphoxidation: New water oxidation

15:30-16:10 IL2-10 THUMMEL, Etsuko FUJITA

chemistry of ruthenium(Brookhaven National

complexes with polypyridyl

Laboratory, Univ. of Houston,ligands

USA)
Hideki HASHIMOTO, Daisuke
KOSUMI, Ritsuko FUJII, Mitsuru
SUGISAKI, Masahiko IHA,
16:10-16:40 IL2-11 Kazuhiko SAKAGUCHI, Shigeo
KATSUMURA (Osaka City

The secret of highly efficient
light-harvesting antenna found inbrown algal photosynthesis

University, South Product Co.
Ltd., Japan)
16:40-17:20 IL2-12

Thomas FAUNCE (AustralianNational University, Australia)

Tohru SETOYAMA (Mitsubishi
17:40-18:10 IL2-13 Chemical Science and ResearchCenter, Japan)
Rienk van GRONDELLE (FreeCanceled

IL2-14 University of Amsterdam,
Netherlands)

Lighting up the dark side of a
global synthetic photosynthesis
project
What is the realistic strategy ofartificial photo synthesis tocontribute for the mitigation ofclimate change?
The quantum design ofphotosynthesis

Wednesday (Nov. 26)

John A. TURNER (National8:30- 9:10

IL3-01

Renewable Energy
Laboratory, USA)
Kazuhiro SAYAMA, Yugo

9:10- 9:40

IL3-02MISEKI (National Institute ofAdvanced Industrial Scienceand Technology, Japan)

9:40-10:20

IL3-03The immobilization of amolecular catalyst on a
photoelectrode for waterreduction
Solar hydrogen production
using oxide semiconductor
photoelectrodes,
photocatalysts and redox
mediators

Wolfgang LUBITZ (MaxLight-induced water splitting

Planck Institute for Chemicaland hydrogen conversion inEnergy Conversion,

Nature: Basis for artificial

Germany)

photosynthesis
Water splitting and CO2 fixation

10:40-11:10

IL3-04

Akihiko KUDO (Tokyousing semiconductor

University of Science, Japan) photocatalysts andphotoelectrodes

11:10-11:50

IL3-05

Bruno ROBERT (Saclay

Molecular basis ofInstitute of Biology andphotoprotection in natural andTechnology, France)

artificial photosynthesis

Wednesday (Nov. 26)
Devens GUST, Thomas
13:00-13:40 IL3-06 MOORE, Ana MOORE

Bio-inspired systems for solar fuels(Arizona State University, USA)13:40-14:10 IL3-07

Hitoshi TAMIAKI (RitsumeikanUniversity, Japan)
Hiroshi ISHIKITA, Saito

14:10-14:40 IL3-08 KEISUKE (The University ofTokyo, Japan)

15:00-15:20 IL3-09

Artificial light-harvesting antenna
systems using semi-synthetic
chlorophyll derivatives
Proton transfer reactions inPhotosystem II

Ryota SAKAMOTO (The

Bottom-up molecular wires andUniversity of Tokyo, Japan)

sheets for artificial photosynthesis

Eun-Kyung HA, Sung-Min
BYUN, Jeong-Ah JANG,
15:20-16:00 IL3-10

Dong-Il WON, Ho-Jin SON,

Photocatalytic CO2 reduction from

Won-Sik HAN, Chongjin PAC,

orgaic/inorganic hybrid system

Sang Ook KANG (KoreaUniversity, Korea)
Satoshi YOTSUHASHI

CO2 conversion to hydrocarbons in

16:00-16:20 IL3-11 (Panasonic Corporation,

GaN-based photo-electrochemicalJapan)

systemTsunehiro TANAKA, Zheng
16:40-17:10 IL3-12

WANG, Saburo HOSOKAWA,

Photocatalytic CO2 splitting into CO

Kentaro TERAMURA (Kyotoand O2 in aqueous solution

University, Japan)
Clifford P. KUBIAK, Charles
MACHAN, Steven CHABOLLA,
17:10-17:50 IL3-13 Jian YIN, Michael GILSON, Akif
TEZCAN (University ofCalifornia, San Diego, USA)

Carbon dioxide reduction by earth
abundant catalysts in artificial
photosynthesis: Mechanistic
insights and challengesThursday (Nov. 27)

8:30- 9:10

IL4-01

9:10- 9:40

IL4-02James R. DURRANT (ImperialCharge carrier dynamics in oxide

College London, UK)photoelectrodes

Hiroshi ONISHI (KobeSurface science of doped NaTaO3University, Japan)

photocatalysts

Thomas J. MEYER, Neyde
Yukie MURAKAMI IHA, Leila
ALIBABAEI, Paul HOERTZ,
9:40-10:20 IL4-03 Ralph HOUSE (University ofNorth Carolina at Chapel Hill,

Artificial photosynthesis. Where are
we now? Where can we go?

USA, Universidade de SãoPaulo, Brazil)

10:40-11:10 IL4-04

Shigeyuki MASAOKA (InstituteMolecular catalysts designed forfor Molecular Science, Japan)

water oxidation

Yoshinori NARUTA, Zaki N. A.
ZAHRAN, Samit MAJUMDER,
Ashraf A. HALEEM, Eman. A.
11:10-11:40 IL4-05 MOHAMED, Nagaraju
PERMANDRA, Masatoshi

Photochemical water splitting and
CO2 reduction withinorganic-organic hybrid systems

YAKIYAMA (Chubu University,JST-ACT-C, Japan)
11:40-12:20 IL4-06

Can LI (Dalian Institute ofChemical Physics, China)

Hybrid system of natural andartificial photosynthesis for solar
overall water splitting

Thursday (Nov. 27)
Sebastiano CAMPAGNA,
13:30-14:10 IL4-07Giuseppina LA GANGA, Fausto
PUNTORIERO (University ofMessina, Italy)

14:10-14:40 IL4-08
14:40-15:20 IL4-09

Photoinduced water oxidation using
self-assembled
photosensitizer-catalyst systems

Yoshiki HIGUCHI (University ofStructure, function and evolution ofHyogo, Japan)[NiFe]-Hydrogenases

Leif HAMMARSTRÖM

Molecular mechanisms of artificial(Uppsala University, Sweden)

photosynthesis

Etsuko FUJITA, James
MUCKERMAN, Kotaro
15:40-16:20 IL4-10 SASAKI, Yuichiro HIMEDA(Brookhaven National

From photochemical CO2 reduction
to CO2 hydrogenation bysolar-produced H2Laboratory, USA, AIST, Japan)
Licheng SUN, Lele DUAN, Lei
WANG, Fusheng LI, Mei
16:20-17:00 IL4-11

WANG, Fei LI, Yan GAO (KTH
Royal Institute of Technology,Sweden and Dalian University

Functional devices for water
splitting based on molecularcatalysts and nano materialsof Technology, China)

17:20-18:00 IL4-12
18:00-18:30 IL4-13

18:30-19:00 KS-01

Joel AGER (Lawrence Berkeley Design strategies for sustainable
National Laboratory, USA)solar-driven water splitting

Hiroaki MISAWA (Hokkaido

Plasmon-induced artificialUniversity, Japan)

photosynthesis systems

Ei-ichi NEGISHI (Purdue

Special message to all scientists:University, USA)

Challenge of a sustainable society

Friday (Nov. 28)
Kasper Skov KJAER, Tobias
HARLANG, Pavel CHABERA,
8:30- 9:10

IL5-01Jens UHLIG, Carlito S.

From solar light to electrons and

PONSECA JR., Yizhu LIU, Villy

fuel - The fundamental processes

SUNDSTROM (Lund University,Sweden)
Shinya KOSHIHARA, Keiki
9:10- 9:40

IL5-02

FUKUMOTO, Ken ONDA
(Tokyo Institute of Technology,
JST-CREST, Japan)

9:40-10:10 IL5-03

Ultrafast carrier dynamics in
nano-scale space observed byfemtosecond time-resolved
photo-emission electronmicroscope

Osamu ISHITANI (TokyoPhotocatalytic reduction of a low

Institute of Technology, Japan)

concentration of CO2

Frederick M. MACDONNELL,
David BOSTON, Matthew
10:30-11:10 IL5-04 WEST, Norma de TACCONI(The University of Texas atArlington, USA)
Yutaka AMAO (Osaka City
11:10-11:40 IL5-05 University, JST-PRESTO,Japan)

Deep photoreduction of carbon
dioxide with ruthenium
chromophores and pyridinium
cocatalysts
Visible-light induced conversion ofCO2 to chemical withsensitizer-enzyme hybrid artificial
photosynthesis system
The mechanism of photosynthetic

11:40-12:10 IL5-06

Takumi NOGUCHI (Nagoyawater oxidation in photosystem IIUniversity, Japan)

and the application to artificial
photosynthesis

Ken ONDA (Tokyo Institute of
12:10-12:30 IL5-07 Technology, JST-PRESTO,Japan)

Time-resolved infrared
spectroscopy for studying
photo-energy conversion systems

Friday (Nov. 28)

13:40-14:10 IL5-08

Ken SAKAI (Kyushu University,Japan)

Multifunctional molecular devices
for photoinduced hydrogen
evolution from water
Molecular mechanism of

14:10-14:40 IL5-09

Jian-Ren SHEN (Okayama

light-induced water oxidation inUniversity, Japan)

photosynthesis based on theatomic structure of photosystem II

14:40-15:10 IL5-10

Ryu ABE (Kyoto University,Z-scheme type water splittingJapan)

under visible light

Masayuki YAGI (Niigata
15:30-16:00 IL5-11 University, JST-PRESTO,Japan)

Development of a new series ofcomplex catalysts for wateroxidation toward artificial
photosynthesis

Ryuhei NAKAMURA, Akira
16:00-16:20 IL5-12

YAMAGUCHI, Kazuhito

Insight into water oxidation by

HASHIMOTO (RIKEN, The

manganese oxides

University of Tokyo, Japan)
Nobuo KAMIYA, Ayako
16:20-16:50 IL5-13

TANAKA, Keisuke KAWAKAMI,Yasufumi UMENA (Osaka CityUniversity, Japan)

High-resolution and Low-dose
X-ray crystal structure ofphotosystem II