Symposium

Medium and Long-Term Program » Strategy for improving solar energy conversion efficiency toward the realization of artificial photosynthesis

[S06-1pm] Strategy for improving solar energy conversion efficiency toward the realization of artificial photosynthesis

Fri. Mar 19, 2021 1:00 PM - 3:40 PM Webiner 6 (Online Meeting)

Chair, Symposium organizer:Ryu Abe, Akihiko Kudo, Hiroaki Misawa

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Opening Remarks (1:00 PM - 1:05 PM)

1:05 PM - 1:35 PM

[S06-1pm-01] Development of a large scale solar hydrogen production system based on particulate photocatalysts

^○Kazunari Domen¹ (1. The University of Tokyo/Shinshu University)

[Lang.] Japanese

1:35 PM - 2:00 PM

[S06-1pm-02] High-efficiency artificial photosynthesis using quantum coherence under modal strong coupling conditions

^○Hiroaki Misawa¹ (1. Hokkaido University)

[Lang.] Japanese

2:00 PM - 2:25 PM

[S06-1pm-03] Application of Near-Infrared Plasmonics to Hydrogen Evolution Catalysis

^○Toshiharu Teranishi¹ (1. Kyoto University)

[Lang.] Japanese

2:25 PM - 2:50 PM

[S06-1pm-04] Enhancement of water splitting and CO2 reduction by a synthetic method and making a solid solution of photocatalysts

^○Akihiko Kudo¹ (1. Tokyo University of Science)

[Lang.] Japanese

2:50 PM - 3:15 PM

[S06-1pm-05] Water splitting by visible ligh through one-photon induced two-electron conversion to get through the photon-flux density problem of sun light

^○Haruo Inoue¹ (1. Tokyo Metropolitan University)

[Lang.] Japanese

3:15 PM - 3:40 PM

[S06-1pm-06] Improvement in efficiency of dye-sensitized molecular photocathodes in photoelectrochemical cells for photocatalytic CO₂ reduction with water as a reductant

^○Osamu Ishitani¹ (1. Tokyo Institute of Technology)

[Lang.] Japanese

Session information

[S06-1pm] Strategy for improving solar energy conversion efficiency toward the realization of artificial photosynthesis

[S06-1pm-01] Development of a large scale solar hydrogen production system based on particulate photocatalysts

[S06-1pm-02] High-efficiency artificial photosynthesis using quantum coherence under modal strong coupling conditions

[S06-1pm-03] Application of Near-Infrared Plasmonics to Hydrogen Evolution Catalysis

[S06-1pm-04] Enhancement of water splitting and CO2 reduction by a synthetic method and making a solid solution of photocatalysts

[S06-1pm-05] Water splitting by visible ligh through one-photon induced two-electron conversion to get through the photon-flux density problem of sun light

[S06-1pm-06] Improvement in efficiency of dye-sensitized molecular photocathodes in photoelectrochemical cells for photocatalytic CO₂ reduction with water as a reductant

Authentication

Session information

[S06-1pm] Strategy for improving solar energy conversion efficiency toward the realization of artificial photosynthesis

[S06-1pm-01] Development of a large scale solar hydrogen production system based on particulate photocatalysts

[S06-1pm-02] High-efficiency artificial photosynthesis using quantum coherence under modal strong coupling conditions

[S06-1pm-03] Application of Near-Infrared Plasmonics to Hydrogen Evolution Catalysis

[S06-1pm-04] Enhancement of water splitting and CO2 reduction by a synthetic method and making a solid solution of photocatalysts

[S06-1pm-05] Water splitting by visible ligh through one-photon induced two-electron conversion to get through the photon-flux density problem of sun light

[S06-1pm-06] Improvement in efficiency of dye-sensitized molecular photocathodes in photoelectrochemical cells for photocatalytic CO2 reduction with water as a reductant

Authentication

[S06-1pm-06] Improvement in efficiency of dye-sensitized molecular photocathodes in photoelectrochemical cells for photocatalytic CO₂ reduction with water as a reductant