Unit News

OIST researchers leading projects that could lead to disruptive innovation have been awarded the prestigious FOREST grant

A team of researchers from the UK and Japan have found that defects that limit the efficiency of next-gen perovskite solar cells are also responsible for the material's instability.

In a world-first, scientists have visualized the two parts of an elusive particle—the moiré exciton—to reveal its structure and unique properties.

Researchers looking at what limits the efficiency of a promising solar material have revealed the nature of multiple kinds of defects, their varied roles in device efficiency, and their responses to treatment.

A revolutionary technique gives scientists an unparalleled close-up view inside fleeting particles called excitons.

Researchers pioneer a revolutionary new method to directly visualize previously hidden particles, called dark excitons.

Scientists pinpoint origin of defects that sap potential of next gen solar tech.

Scientists probe how excited states of matter behave in phosphorene – a two-dimensional material with unusual properties.

OIST scientists have demonstrated a new mechanism that may help develop electronic devices differently.

2D layer increases effectiveness of optoelectronics

For the first time, scientists visualized electron movement inside a solar cell.