News

Slowing down movements of photoluminescent metal complexes can increase efficiency of light emission, discover OIST scientists.

Scientists investigate the strange behavior of viscoelastic fluids in a series of specially designed experiments.

OIST scientists have used brain imaging to identify three sub-types of depression—including one that is unresponsive to commonly prescribed serotonin boosting drugs.

For the first time, scientists reveal how a promising drug candidate for cancer therapy interacts with receptors on tumors.

For the first time, physicists present a unified theory explaining two characteristic features of frustrated magnets and why they’re often seen together.

For the first time, scientists decipher the entire genome of the striped catfish, paving the way for better breeding of the critical commercial species.

Scientists discover a molecular “brake” that helps control eye lens development in zebrafish.

Near-atomic resolution model of viral protein complex brings clearer understanding of the viral mechanics.

Stars, triangles and pentagons demonstrate the adaptability and robustness of bacterial cell division machinery.

OIST physicists calculate an atomic force that can be harnessed to create quantum technologies.

OIST scientists’ research on perovskite solar cells indicates a promising future towards sustainability.