Research Update Beyond the ink: Painting with physics Scientifically-proven suggestions for crafting a masterpiece 29 February 2024
Research Update Exploring Neurons' Molecular Highways: How a Key Protein Regulates Neuronal Health OIST biologists find new insights on how a molecular transport system ships RNA inside neurons 31 October 2023
Research Update Turning the Volume of Gene Expression Up and Down Scientists at OIST and the Janelia Research Campus have shown that gene expression in a fruit fly embryo can be accurately and predictably tuned. 04 May 2016
Research Update Dancing on Ice A new theory by an OIST team may unlock the secrets of protons in water ice. 04 March 2016
Research Update New Ways to Construct Contactless Magnetic Gears OIST scientist has generalized the theory of smooth magnetic couplings in preparation for a small 3D printed prototype car. 03 February 2016
Research Update Shaping Crystals with the Flow OIST scientists designed a new method to create crystals using a combination of shear flow and controlled temperature. 03 February 2016
Research Update How Malaria Fools Our Immune System OIST researchers reconstruct the 3D structure of a malaria protein in combination with human antibodies 14 January 2016
Research Update Using Atoms to Turn Optical Nanofiber Guided Light On and Off OIST team has created a light-mediated on/off switch in optical nanofibers that could be used for transferring quantum information in the future. 08 December 2015
Research Update Sex Determination in Ants OIST researchers discover what makes ants male or female. 25 November 2015
Research Update Magnetic Monopoles: Crystal Clear OIST’s physicist studies magnetic monopoles in spin ice crystals and explains why double layers of magnetic charges can be found 11 November 2015
Institutional News More than 5000 people at OIST Open Campus More than 5000 people, 350 volunteers, 36 science activities, 18 food stalls and 5 buildings adds up to OIST Open Campus. 10 November 2015
Research Update Incompressible Electrons OIST scientist and collaborators have discovered that electrons become incompressible when trapped on the surface of liquid helium under certain conditions. 02 November 2015
