Optoelectronic Functions and Devices Using Photoelectric Conversion at Organic Semiconductor Interfaces

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Key Points

The aim is to explore the mechanisms of photoelectric conversion at organic semiconductor interfaces, focusing on charge recombination.
Development of solar cells that balance light emission and generation by suppressing triplet excited state (T1) generation.
Creation of efficient upconversion processes by actively utilizing T1 in solid thin films.
Design of a compact blue organic light-emitting diode powered by a single battery.
Successfully developed solar cells that maintain functionality by reducing T1 generation.
Achieved high-efficiency light upconversion using T1 in solid thin films.
Introduced the world's smallest blue organic light-emitting diode operable by a single battery.

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Explores dual-functionality in solar cells and efficient upconversion in devices, suggesting new advances.

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Seiichiro Izawa (2026) studied this question.

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