qmech Stabilising a ball on top of an upside down harmonic oscillator through deep reinforcement learning

An aerial view of OIST’s campus shows off its spectacular architecture, surrounding landscape, and building layout. Orient yourself to Japan’s only international and interdisciplinary graduate university by watching this fly-by tour. Select 1080p in movie player settings for high-definition viewing or click the bottom-right of the view screen to open the video in Youtube and play full screen. The raw, unedited aerial footage of OIST campus is available for download. Please credit OIST.

Here Red particles represent Active agents and green represent  Passive  agents. The variation in density of the mixture and the strength of the self-motile agents creates vortexes in the fluid space.

“Women in Science" was created by Hiroshima University graduate student Natsuko Hikiji as the outcome of her internship at OIST.

For generations, researchers have thought about ecology in terms of the landscape. Now, new technology and methods are allowing scientists to record and examine the particular "soundscape" of a place.

Testing the stability of cylindrical tube made from 15,360 hexagonally packed magnetic balls (192 rings, each made up of 80 balls). A high-speed camera recording reveals crumpling at the base of the cylindrical tube, reminiscent of paper-like crumpling, when it loses stability from shaking.