Rebecca Hofland

Interactions between tiny particles trapped in light found to differ, depending on the light’s shape.

Strong coupling in specific light-matter interactions, previously believed to be a quantum phenomenon, is explained with classical models and experiments.

Modern technology helps taxonomy to identify new ant species.

Insight into how neurons in the cerebellum respond to rapid eye movements may provide clues for modern medical technology.

The spreading of mixable liquids into ‘droplet hats’ was observed for the first time, which could lead to insight into improving strategies for cleaning animals affected by oil spills.

Changes in gene expression were found when coral and algae begin to interact.

A technique to control two particles, rather than just one, by using quantum tunnelling has been described.

A unique structure of copper-silver nanoparticles has been identified that resemble the Japanese glass fishing floats called ukidama.

Past land connections, as well as current climate, are shown to be of primary importance in determining ant diversity patterns.

OIST holds food science symposium and bazaar to shed light about what is really on your plate.

New insight into bacterial cell division could lead to advancements in the fight against harmful bacteria.

A striking decline in ant biodiversity found on land converted to a rubber plantation in China.