Professor Shintake in his lab

A scientist looks at a circular silicon wafer etched with circuitry, with his face reflected on the surface of the wafer. In the foreground, a glimpse of the hardware for in-line EUV lithography is visible.

Professor Shintake examines a premade, commercial silicon wafer. He stands behind a prototype of his last design for in-line, EUV lithography. Efforts are underway to make a prototype for his current in-line design for high-NA EUV lithography.

Date:
16 June 2026
Credit:
Andrew Scott, OIST

Copyright OIST (Okinawa Institute of Science and Technology Graduate University, 沖縄科学技術大学院大学). Creative Commons Attribution 4.0 International License (CC BY 4.0).

Download full-resolution image
Share on:
icon icon icon icon

Related Images

BNip1 Links Photoreceptor Apoptosis and Protein Transport Defects
BNip1 Links Photoreceptor Apoptosis and Protein Transport Defects
The process by which a vesicle fuses to a membrane within a cell is moderated by a group of proteins called the SNARE complex. When one SNARE protein on the surface of a vesicle meets the three other SNARE proteins on the target membrane it triggers the vesicle fusion process. Two other proteins, β-SNAP and NSF, then disassemble the SNARE complex to prepare for another round of fusion. Using zebrafish with a nonfunctional β-SNAP protein as a model organism, the researchers found that when the SNARE complex failed to disassemble, one of the SNARE proteins on the target membrane, BNip1, activated the apoptosis of the photoreceptor cell. When β-SNAP is functional properly, however, it prevents BNip1 from initiating programed cell death. In this way, the dual function of BNip1 as a member of the SNARE complex and a protein that can initiate photoreceptor apoptosis provides the link between these two processes. Credit: Nishiwaki et al
Minister Ishihara on a campus tour guided by President Dorfan (June 29, 2013)
On June 29 and 30, the International Conference on Climate Change and Coral Reef Conservation (organized by the Ministry of Environment and Okinawa Prefecture with the support of OIST and the University of the Ryukyus) was held at the OIST campus. Environment Minister Nobuteru Ishihara was guided around the OIST campus and visited the Energy Materials and Surface Sciences Unit (led by Prof. Yabing Qi), in which new solar energy materials are being developed. He also stopped by at the Marine Genomics Unit (led by Prof. Noriyuki Satoh), which conducts genome research of marine organisms such as corals.