With rocketing power conversion efficiency and continuously enhancing stability, perovskite
solar cells (PSCs) have shown extraordinary potential to become a key player in tomorrow's …

The pattern-illumination time-resolved phase microscopy (PI-PM) method is a technique
used to study the microscopic charge carrier dynamics in photocatalytic and photovoltaic …

Photocatalytic water splitting system using particulate semiconductor materials is a
promising strategy for converting solar energy into hydrogen and oxygen. In particular …

In recent years, organometal halide perovskite-based solid-state hybrid solar cells have
attracted unexpected increasing interest because of their high efficiency (the record power …

Photocatalytic water splitting is a promising method to obtain clean hydrogen in the near
future, and a variety of materials for this purpose have been examined. The charge carrier …

Interfaces exist in almost all objects and processes. Investigation on the interface not only is
fundamentally important but also has great application prospects. Traditionally, the interface …

A nanosecond time-resolved imaging technique has been developed for the observation of
the photo-excited charge carrier dynamics in photo-devices such as photocatalysts and …

Photocatalytic reactions include several different steps and routes for photoexcited carriers,
and each dynamic is closely related to the reaction efficiency. Although commonly used time …

The transient grating (TG) imaging technique has been developed, where the refractive
index change due to the photoexcited charge carriers excited with a stripe patterned light …

The charge dynamics in the double-layered quantum dot sensitized solar cell (QDSSC) was
studied to clarify the reason why the cell performance was much improved by a double-layer …