Unit News

Scientists have developed the most accurate model yet of how the coronavirus particles rotate, according to their ellipsoidal shape.

Scientists have simulated the growth of diamond films to reveal geometrical properties and insights on how to grow these films more efficiently in the lab.

Scientists have modeled the spikes of the coronavirus particle to unravel how their shape and number may influence the transmissibility of the virus.

Researchers combine experiments and theory to determine how curved edges affect the wrinkling of ultra-thin materials.

Scientists combine glass and synthetic diamond as a basis for tiny structures

Scientists introduce a curious new class of linkage which could be used in a variety of fields, from fundamental research to synthetic chemistry to robotics.

Phenomena involving surface tension are extremely complex and have applications in our everyday lives, and OIST researchers are tackling the complicated mathematics behind the physics.

Researchers solve a mathematical problem illustrated by soap films spanning flexible loops.

Researchers analyze the stability of chains of magnetic balls under the influence of gravity, giving insight into unstretchable materials used in architecture.

OIST scientist has generalized the theory of smooth magnetic couplings in preparation for a small 3D printed prototype car.

Computer simulations at OIST suggest new applications in industry by harnessing active microscopic particles in fluids.

OIST is pleased to welcome Professor Eliot Fried, who will head the new Mathematical Soft Matter Unit.