Wave Energy Converter Install in Okinawa

An animation showing a new nanoparticle deposition system in OIST's Nanoparticles by Design for Nanotechnology and Biomedical Applications Unit. Atoms of up to three different materials can be sputtered from the source simultaneously to form nanoclusters in the gas aggregation zone. The newly-formed nanoclusters then pass through a mass filter that selects those in a certain size range. Finally, the nanoclusters can either be deposited on a solid surface or harvested for applications such as novel cancer therapies, drug delivery systems, infrared detectors, and sensors.

Welcome to I²: the Innovation Square Startup Incubator at the Okinawa Institute of Science and Technology Graduate University (OIST). I² is a facility where entrepreneurs from across the planet can come to come together to bring their ideas to market. With sophisticated laboratory facilities, state-of-the-art equipment and the knowledge of some of the world’s best scientists, OIST is the ideal location to develop your ideas to fruition. Coming together with established companies and experienced investors, I² can turn science into success! Learn more and apply to the Innovation Square Incubator  

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.

The polymer material is stretched with an increasing force resulting in a corresponding brighter emission of light from the mechanophore (here under UV light and with false colors). The graph shows the intensity of the emitted light following punctual increases in the stretching force applied to the polymer.  

Dr. Johannes Schönke and Prof. Eliot Fried of the OIST Mathematics, Mechanics, and Materials Unit have introduced a new class of kaleidocycles into the world. They call them Möbius Kaleidocycles because they resemble the famous Möbius band, a geometrical object with a characteristic topology. These mystifying objects can be turned inside-out continuously and have unique mathematical properties. While classical kaleidocycles typically have six hinges, the new class of kaleidocycles can have seven or more. Not only are these objects beautiful to see, but they could also have very practical applications in a variety of fields.